Offres thermal à CambridgeCréer des alertes d'emploi

Turn cutting-edge physics into defence technology This high-growth startup in the defence and security sector is seeking an experimental physicist to work on infrared detection systems. You will build and operate their experimental systems working on all aspects of the design from sensor selection and optical design through to signal processing and data analysis. Your work will directly translate to the technologies and products of the company, and your insights will shape their future research direction. Requirements: Strong hands-on skills building and troubleshooting optical and electronic systems using infrared sensors or detectors. Specific experience with thermal imaging or Long-wave / Medium-Wave / Short-Wave IR would be beneficial but is not required. Good knowledge of signal processing and data analysis methods in the context of imaging processing and object detection. PhD in Physics (or equivalent commercial experience) supported by a top undergraduate degree in Physics (Oxford, Cambridge, Imperial or equivalent). UK national or previous UK security clearance. This is a defence company, and this role requires applicants to be eligible for UK security clearance. This is a great opportunity to further your career working on technically challenging problems with real-world impact. You'll be working alongside other scientists and engineers developing cutting-edge technologies in a stimulating research environment. Keywords: Physics, Experimental, Optics, Imaging Systems, Infrared, Thermal Imaging, LWIR, MWIR, SWIR, Radiometry, Photometry, Signal Processing, Data analysis, Optical Modelling and Simulation, Defence Another top job from ECM, the high-tech recruitment experts. Even if this job's not quite right, do contact us now - we may well have the ideal job for you. To discuss your requirements call ecm or email your CV. We will always ask before forwarding your CV. Please apply (quoting ref: TJ27731 ) only if you are eligible to live and work in the UK. By submitting your details you certify that the information you provide is accurate. TPBN1_UKTJ

Job Description SummaryAs a Principal Scientist, you will lead and execute formulation development and characterization strategies for complex biologics—including monoclonal antibodies (mab’s), multispecifics, antibody-drug conjugates (ADCs), and other modalities. Considering making an application for this job Check all the details in this job description, and then click on Apply. You will work closely with a team of more than 10 associates, driving scientific excellence while fostering a culture of collaboration, integrity, and innovation aligned with Novartis values.You will play a key role in shaping formulation strategies during early-stage development and supporting candidate selection by identifying developability risks. This position offers broad exposure to diverse biologics modalities and opportunities to contribute both experimentally and strategically.Job DescriptionInternal Job Title: Principal Scientist I/IIPosition Location: Cambridge, MA, onsiteJob descriptionThe Biologics Center at Novartis Biomedical Research (BRC) is seeking a highly motivated leader and experienced scientist in biologics formulation to join the Analytics, Bioanalytic, and Formulation (ABF) unit. In this role, you will contribute to the development of a diverse portfolio of biotherapeutic modalities.The ABF unit supports the characterization and formulation of therapeutic protein candidates across multiple formats, spanning discovery through transition to development. Our multidisciplinary team brings deep expertise in physicochemical characterization, mass spectrometry, and formulation sciences within a collaborative, global environment.Role OverviewAs a Principal Scientist, you will lead and execute formulation development and characterization strategies for complex biologics—including monoclonal antibodies (mAbs), multispecifics, antibody-drug conjugates (ADCs), and other modalities. You will work closely with a team of more than 10 associates, driving scientific excellence while fostering a culture of collaboration, integrity, and innovation aligned with Novartis values.You will play a key role in shaping formulation strategies during early-stage development and supporting candidate selection by identifying developability risks. This position offers broad exposure to diverse biologics modalities and opportunities to contribute both experimentally and strategically.Key responsibilities:Design and execute formulation screening strategies for large-molecule therapeutics, with emphasis on mAbs and related biologic modalitiesLead studies to identify stable formulations and communicate results to cross-functional R&D teamsManage team resources, timelines, and deliverables with a strong customer-focused mindsetProvide leadership, mentorship, and direction to team members as the functional managerPromote a safe, inclusive, and collaborative environment while engaging stakeholders across biologics discovery and technical developmentPartner with CMC teams to advance clinical candidates, finalize clinical formulations, and support drug product process developmentDevelop stabilization strategies for liquid, frozen, and lyophilized drug product formats for clinical developmentApply and interpret biophysical and analytical methods, including DSC, DLS, UV-Vis, turbidity, subvisible particle analysis, viscosity, SEC, and HICWork with automation teams to implement high-throughput formulation screening and physicochemical characterization across discovery, optimization, and early developmentOperate analytical instrumentation, analyze data, maintain ELN documentation, and author technical reportsContribute to data interpretation, scientific presentations, and cross-functional discussions within the global BRC communityEssential Requirements: PhD in biochemistry, biotechnology, chemistry, or a related field with 2+ years of relevant industry experienceProven experience leading, coaching, and developing scientific teamsHands-on expertise in protein formulations and assessment of biophysical properties of the molecule (e.g., DLS, Viscosity, Thermal and colloidal stability)Strong background in developing strategies for formulations for large-molecule therapeutics, with understanding of early-stage development workflowsExperience designing and executing preformulation studies and interpreting stability-indicating assays (e.g., SEC, CE, charge variants, MS)Demonstrated problem-solving skills, scientific curiosity, and ability to work independentlyExcellent communication, organizational, and multitasking skillsDesirable Requirements: Knowledge of viral vector-based gene therapy (AAV, LVV) formulation and characterizationFamiliarity with DoE tools (e.g., JMP) for high-throughput experimental designExperience working with automated liquid handling systemsCompensation and Benefits:The salary for this position is expected to range between $108,500 and $201,500 per year for Principal Scientist I, and between $119,700 and $222,300 per year for Principal Scientist II. The final salary offered is determined based on factors like, but not limited to, relevant skills and experience, and upon joining Novartis will be reviewed periodically. Novartis may change the published salary range based on company and market factors.Your compensation will include a performance-based cash incentive and, depending on the level of the role, eligibility to be considered for annual equity awards.US-based eligible employees will receive a comprehensive benefits package that includes health, life and disability benefits, a 401(k) with company contribution and match, and a variety of other benefits. In addition, employees are eligible for a generous time off package including vacation, personal days, holidays and other leaves.To learn more about the culture, rewards and benefits we offer our people click here. EEO Statement:The Novartis Group of Companies are Equal Opportunity Employers. We do not discriminate in recruitment, hiring, training, promotion or other employment practices for reasons of race, color, religion, sex, national origin, age, sexual orientation, gender identity or expression, marital or veteran status, disability, or any other legally protected status. Accessibility and reasonable accommodationsThe Novartis Group of Companies are committed to working with and providing reasonable accommodation to individuals with disabilities. If, because of a medical condition or disability, you need a reasonable accommodation for any part of the application process, or to perform the essential functions of a position, please send an e-mail to or call and let us know the nature of your request and your contact information. xrnqpay Please include the job requisition number in your message.Salary Range$108,500.00 • $201,500.00Skills DesiredAnalytical Thinking, Chemical Biology, Chemistry, Clinical Trials, Collaboration, Curious Mindset, Data Analysis, Detail-Oriented, Drug Development, Ethics, Gene Therapy, Immunology, Inventory Management, Machine Learning (ML), Medical Research, Molecular Biology, Python (Programming Language), ScienceSummaryLocation: Cambridge (USA)Type: Full time

Eaton MSD Cheltenham is looking for a Tech Specialist All potential applicants are encouraged to scroll through and read the complete job description before applying. • Aircraft Power Electronics. In this role you'll provide senior technical leadership for the architecture, design, verification, and certification support of safety-critical power electronics systems for high-voltage DC and AC aircraft power distribution and conversion.Key applications include electrothermal ice protection power controllers (up to 160 kW), HVDC power distribution units, DC-AC motor drives, and power supplies in the 2 kW to 10 kW range.Drive the adoption of advanced power electronics technologies, including wide-bandgap semiconductors (SiC, GaN), high-voltage isolation, digital control, and model-based design, ensuring robust, certifiable, and production-ready solutions.Operate within safety-critical development frameworks aligned to ARP4754A, ARP4761, DO-178C, DO-254, and DO-160, up to DAL A where required.What you’ll do:Define and solve complex, multi-disciplinary engineering problems, with focus on HVDC/AC conversion, protection, thermal design, EMC, insulation, reliability, and certification risk.Lead the power electronics technical strategy and technology roadmap in collaboration with the Technical Authority.Provide leadership, supervision, and coordination to engineering teams to deliver work on time, cost, and quality targets.Act as a senior technical authority and customer-facing escalation point for HV power systems, ensuring high-quality engineering delivery.Sponsor or lead strategically important programmes (e.g., intelligent PDUs, IPS controllers, motor drives, HV demonstrators).Maintain awareness of emerging technologies and translate developments (SiC/GaN devices, sensing, magnetics, thermal management, EMI) into product strategies.Define engineering standards, including design rules, derating, HV spacing, protection methods, and EMC practices.Lead trade studies across converter topologies, motor control, and protection strategies.Support bid activities, including technical input, estimation, and risk identification.Mentor engineers across technical, product, and lifecycle domains.Investigate equipment failures and recommend solutions.Prepare and review engineering estimates, identifying risks and dependencies.Produce reports and present technical findings to stakeholders.Maintain professional competency and support continuous development.Adhere to company values, policies, and procedures.Perform off-site duties as required and support broader business needs.Qualifications:Degree (typically Master’s) in Electronics Engineering or equivalent experience, with significant relevant industry experience.Specialisation in power electronics, motor drives, high-voltage engineering, or aerospace electrical systems preferred.Chartered Engineer (or equivalent) desirable.Desirable: postgraduate study or training in power electronics, EMC, high-voltage safety, or safety-critical systems.Skills:Advanced expertise in high-voltage power electronics design, including conversion, control, sensing, protection, and gate drive systems.Ability to define requirements and ensure full traceability from safety requirements to verification evidence (including DAL A).Strong experience in EMC design and compliance for high-speed switching systems (SiC/GaN), including emissions, susceptibility, filtering, shielding, and layout.Proficiency in simulation and analysis tools (e.g., SPICE, PLECS/PSIM, thermal/electromagnetic modelling, stability analysis, worst-case and reliability analysis).Experience with validation and test methods including switching loss, thermal characterisation, insulation testing, HIL, load testing, and qualification.Solid understanding of PCB design for high-voltage/high-current systems, including creepage/clearance, parasitics, and manufacturability.Component selection expertise across power semiconductors, magnetics, capacitors, sensors, and insulation systems.Experience with HV architectures including DC distribution (270–800 VDC), inverters, motor drives, SSPCs, and power supplies.Ability to lead technical reviews (PDR, CDR, TRR, qualification, production readiness).Manage and support suppliers for key components and subsystems.Collaborate effectively across software, mechanical, systems, manufacturing, and test disciplines.Contribute to architecture definition for key products (PDUs, converters, inverters, motor drives).Provide technical leadership and influence engineering direction within the organisation.What we offer:Opportunity to work in a global, highly collaborative environmentChallenging projects in dynamic collaborative teamStrong focus on learning, development, and career progressionCompetitive compensation and benefits packageA culture that promotes inclusion, accountability, and continuous improvement#LI-NK2All positions may require participation in video and in-person interviews as part of the hiring process. All candidates will be evaluated based on job-related competencies, and all candidates’ privacy rights and data security will be protected in accordance with applicable laws. xrnqpay We are committed to ensuring equal employment opportunities for job applicants and employees. Our recruitment processes use balanced selection criteria and avoid unlawful discrimination against applicants on the basis of their age, colour, disability, marital status, national origin, gender, gender identity, genetic information, race or racial origin, religion, sexual orientation or any other status protected or required by law.Hiring Manager:Christopher BiggadikeRecruiter:Nicole Louise KellyHR Business Partner:Imogen WinneyFunction:Research & Development EngineeringWork Type:OnsiteCareer Category:ExpertJob ID:75142Referral Program:Global ProgramLocation:Cambridge, GBR, CB25 9PBDepartment:Research & Development Engineering

Principal EDA Software ArchitectWhat you will doYou will take a key technical role in defining, architecting, and developing next-generation EDA software for advanced semiconductor technologies. Below covers everything you need to know about what this opportunity entails, as well as what is expected from applicants. You will work at the intersection of EDA, semiconductor technology, and design, developing new software and algorithms to address topics that are not adequately supported by today's industrial or open-source EDA solutions. Main focus of the work will be geared towards addressing EDA challenges within a CMOS 2.0 context. Fine-grain 3D integration of heterogeneous technologies poses novel requirements across the whole EDA spectrum from logic synthesis to thermal modelling. As Principal EDA Software Architect, you will provide technical direction for imec's growing EDA research activities. You will make key architectural choices, develop scalable software architectures, and establish software engineering practices that enable research software to grow into robust and reusable EDA research solutions. This is a hands-on technical role. You will design and implement software and algorithms yourself, while providing technical guidance and mentoring to other researchers and software developers. You will help translate new research ideas into well-engineered software and drive larger software developments across multiple contributors. You will work closely with imec researchers, semiconductor technology experts, universities, and imec's industrial partners. Through these interactions, you will identify emerging EDA challenges, influence research directions, and help turn new concepts into practical EDA capabilities. This is a rare opportunity to combine the freedom of advanced research with the experience of developing capable EDA software, while gaining early access to semiconductor technologies and integration concepts that will shape future generations of computing. What we do for youWe offer you the opportunity to join one of the world’s premier research centers in nanotechnology at its headquarters in Leuven, Belgium or in Cambridge, UK. With your talent, passion and expertise, you’ll become part of a team that makes the impossible possible. Together, we shape the technology that will determine the society of tomorrow.We are committed to being an inclusive employer and proud of our open, multicultural, and informal working environment with ample possibilities to take initiative and show responsibility. We commit to supporting and guiding you in this process; not only with words but also with tangible actions. Through imec.academy, 'our corporate university', we actively invest in your development to further your technical and personal growth. We are aware that your valuable contribution makes imec a top player in its field. Your energy and commitment are therefore appreciated by means of a market appropriate salary with many fringe benefits. Who you areYou have a PhD in Computer Science, Electrical Engineering, Computer Engineering, or a related field. You have significant industrial and/or academic experience in developing EDA software, with a strong preference for candidates who have experience in both environments. You have a proven track record of designing, developing, and delivering substantial software systems for EDA or closely related domains. You combine deep knowledge of EDA algorithms and methodologies with strong software engineering skills. Experience with digital implementation is highly valued. You have experience defining software architecture and making technical choices that allow complex software systems to remain scalable, maintainable, and extensible. You are an accomplished programmer and are comfortable working directly on complex software systems. You value modern software engineering practices, including testing, version control, code review, continuous integration, documentation, and reproducible development. You enjoy mentoring researchers and developers, reviewing technical approaches, challenging assumptions, and helping teams converge on sound engineering solutions. You can bridge research and engineering: you can recognize a promising research idea, understand the underlying algorithms, and identify how to turn it into high-quality software that can be used on real semiconductor design problems. You are a strong communicator and collaborator who can work effectively with researchers, software engineers, semiconductor experts, universities, and industrial partners. For imec UK: this position is open only to candidates who already hold a valid UK residence permit or work authorization. We are currently not able to provide UK visa sponsorship. IMEC and its affiliates will not accept unsolicited resumes from any source other than directly from a candidate. IMEC will consider unsolicited referrals and/or resumes submitted by vendors such as search firms, staffing agencies, professional recruiters, fee-based referral services and recruiting agencies (hereafter “Agency”) to have been referred by the Agency free of charge. xrnqpay IMEC will not pay a fee to any Agency that does not have a prior written agreement with IMEC, validated by its HR department, in place regarding a specific job opening and allowing to submit resumes.

At Kandou, we are redefining the economics of AI infrastructure. Our mission is to democratise AI by significantly reducing the Total Cost of Ownership (TCO) of hardware systems — a critical barrier to scalable adoption. Our proprietary MIMO-over-copper technology powers a high-performance, chiplet-based AI memory fabric that is both scalable and energy-efficient. Unlike traditional interconnects, our solution reduces power consumption significantly while preserving high bandwidth and ultra-low latency — unlocking unprecedented efficiency for AI training and inference at scale. As Firmware Lead, you will lead implementation and delivery of real-time embedded firmware for Kandou's Randa 1.6T Active Electrical Cable platform. This is a coding-heavy technical leadership role: you will spend the majority of your time writing and reviewing C/C++, debugging firmware and hardware interactions, and supporting pre-silicon and post-silicon bring-up. You will turn the Firmware Architect's system design into production code, own implementation quality and delivery, and mentor engineers while remaining active in the codebase. Open locations: India (Hyderabad or Bangalore), UK (Reading or Cambridge), Switzerland (Lausanne). • Lead the implementation and delivery of real-time embedded firmware for AEC retimer silicon across 224G/lane, 448G/lane and forward-looking 896G/lane configurations; remain a hands‑on C/C++ contributor., • Implement and maintain boot, configuration, calibration, link‑training, fault‑recovery and run‑time supervision state machines on resource‑constrained RISC‑V or ARM platforms., • Translate approved firmware architecture into module designs, APIs, task and interrupt models, memory budgets and hardware/software contracts; surface implementation tradeoffs early., • Code, debug and optimize firmware for SerDes equalisation and adaptation, FEC‑aware monitoring and re‑adaptation, telemetry capture, thermal behaviour and power management., • Own low‑level drivers and management interfaces including SPI, I2C/SMBus, I3C, MCTP and JTAG, and integrate firmware services with the CMIS management layer., • Drive pre‑silicon development and first‑silicon bring‑up; isolate issues across firmware, RTL, boards and lab setups using JTAG, register traces and targeted instrumentation., • Set coding and review standards; build unit, integration and hardware‑in‑loop tests; enforce CI, static analysis and release evidence; improve Python‑based build, debug and test tools., • Break the roadmap into deliverable work packages, estimate and track execution, mentor firmware engineers and coordinate with architecture, ASIC, DV, validation, SI and applications teams., • 8+ years developing and debugging production real‑time firmware in C/C++, including 2+ years leading firmware modules, projects or a small team., • Expert hands‑on C/C++ in resource‑constrained systems, with recent evidence of personal code delivery, code review and complex defect resolution., • Firmware experience on a retimer, gearbox, PHY, AEC, AOC, optical module, networking ASIC or comparable high‑speed mixed hardware/software product., • RISC‑V and/or ARM bare‑metal or RTOS firmware, including interrupts, traps, CSR or register access, concurrency and tight RAM/flash budgets., • RTOS development with Zephyr, FreeRTOS or equivalent; ownership of scheduling, synchronization, timing and failure recovery., • At least one silicon or board bring‑up cycle using JTAG and related debug mechanisms, with root‑cause analysis across firmware, drivers, RTL and hardware., • Python, Git/GitLab, Make/CMake, CI, unit and integration testing, and static analysis, with disciplined reproducible development workflows. BS in Electrical Engineering, Computer Engineering or Computer Science, or equivalent experience; strong communication, planning, mentoring and cross‑functional leadership. • IEEE 802.3ck or 802.3dj link training and equalisation, SerDes adaptation algorithms, channel‑quality monitoring and register‑level PHY tuning., • FEC exposure including KP4 or RS‑544, pre‑FEC and post‑FEC telemetry, symbol‑error analysis and FEC‑aware recovery behaviour., • CMIS 5.x firmware integration, module or datapath state machines, VDM telemetry, and sideband protocols including SMBus, I3C and MCTP., • Bootloaders, secure boot, root of trust, authenticated A/B firmware updates, rollback protection and field‑recovery mechanisms., • Pre‑silicon firmware development using QEMU, SystemC, FPGA, simulation or emulation; heterogeneous multicore or vector‑processing systems. PCIe or CXL, hyperscaler qualification, interoperability debugging, and production support for field or manufacturing issues. #J-18808-Ljbffr

At Filtronic, we design and manufacture advanced RF and microwave solutions that power critical communication networks across the globe. Working with leading technology partners, we are at the forefront of innovation in high-frequency electronics. We are looking for a Senior Electronics Systems Engineer to join our Systems Engineering team in Cambridge and contribute to the development of advanced RF and communications products. As a Senior Electronics Systems Engineer, you will contribute to the design and development of advanced analogue and digital electronic systems, working across the product lifecycle from concept through to volume manufacture. Working within a multidisciplinary engineering environment, you will collaborate with RF, software, firmware and mechanical engineers to develop high-performance solutions for applications including telecommunications, space, defence and high-altitude platforms. The role provides the opportunity to take responsibility for system-level design, integration and verification, applying your engineering expertise to develop reliable, manufacturable products using modern tools and technologies. • Design and develop analogue, digital and mixed-signal electronic circuits., • Develop signal conditioning circuits, filters, amplifiers and power supply modules., • Develop digital systems incorporating microprocessors, ADCs, DACs and associated logic., • Produce technical specifications, undertake simulation and support component selection., • Capture schematics and define PCB requirements, including materials and stack-up., • Define system-level architecture for mains-powered, multi-module industrial products., • Specify inter-module connections, interfaces and connectors., • Produce wiring and harness manufacturing documentation, including wire sizing, shielded/twisted-pair routing and screen terminations., • Support system design for safety and EMC compliance and certification., • Produce interface control documentation and define power and grounding topologies, taking account of thermal and environmental requirements., • Work with mechanical and RF engineers to specify system-level components, including connectors, cooling components and cables., • Support system-level integration, verification and validation testing., • Work with interfaces including PCIe, USB, Ethernet, CAN bus, I²C and SPI., • Investigate and resolve hardware and communication issues., • Prepare test specifications, reports and reliability assessments., • Participate in and lead design reviews, identifying and addressing technical risks., • Support product introduction, fault diagnosis and diagnostic activities., • Manage component obsolescence and recommend suitable alternatives., • Contribute to continuous improvement and maintain awareness of relevant technologies and industry standards., • Conduct thermal analysis, MTBF calculations and tolerance analysis., • Ensure designs meet performance, cost, quality and manufacturability requirements. We are looking for an engineer with strong analogue and digital electronics experience and the technical capability to develop complex electronic systems across the product lifecycle. You will bring: • A degree in Electronic Engineering, a relevant subject, or equivalent professional experience., • Strong experience in analogue and digital circuit design at component level., • Experience with schematic capture and PCB design tools; Altium Designer experience is desirable., • Knowledge of EMC/EMI design and testing principles., • Practical experience using laboratory equipment such as oscilloscopes, multimeters, spectrum analysers and logic analysers., • The ability to work effectively with colleagues across different engineering disciplines., • A structured approach to problem solving, design and technical evaluation. Experience in one or more of the following would be advantageous: • IP-rated or ruggedised outdoor products, particularly within telecommunications or defence., • RF or microwave electronics., • High-volume manufacturing and surface mount technologies., • Relevant industry standards, including IEC 62368-1, IEC 61000, CISPR, IPC/WHMA-A-620 and AS50881. This is an opportunity to work on advanced products at the intersection of RF, microwave and communications technology, contributing to products used in demanding applications across telecommunications, space, defence and other high-performance environments. You will have the opportunity to contribute across the product lifecycle, from system architecture and electronic design through to integration, verification and manufacture. • Salary benchmarked at the top end of the market range to attract the strongest candidates., • 37.5 hour working week, • 25 days’ holiday plus public holidays, with the option to buy up to 5 additional days, • Contributory pension scheme with up to 8% company contribution, • Life Assurance, • Income Protection Insurance, • Save As You Earn (SAYE) share scheme, • Electric Vehicle (EV) scheme, • Cycle to Work scheme, • Volunteering day, • Learning and development opportunities, • Hybrid working available We are always happy to answer any questions you may have about the role, what we do, our culture or what it is like to work at Filtronic. Diversity & Inclusion At Filtronic, we believe diverse perspectives drive innovation. We're committed to creating an inclusive workplace where everyone is treated with respect and has the opportunity to succeed. We welcome applications from all suitably qualified candidates regardless of age, disability, gender reassignment, marriage or civil partnership, pregnancy and maternity, race, religion or belief, sex or sexual orientation. If you require any reasonable adjustments during the recruitment process, please let us know. We'll be happy to support you throughout your application journey. #J-18808-Ljbffr

We are looking for a Senior Embedded Software Engineer - Robotics to write the code that brings our robots to life. Every instrument SPT Labtech ships from nanolitre-precision liquid handlers to fully automated sample management systems. This depends on firmware that drives motors with absolute precision, reads sensors in real time, and keeps complex robotic systems running reliably in labs around the world. In this role, your embedded C++ on ARM Cortex-M sits at the very heart of our products: you'll design motor and actuator control, integrate robotic hardware over CAN and Ethernet, and shape the firmware architecture of our next generation of laboratory automation. Technology that directly accelerates scientific discovery and improves human health. This is an office and lab-based role at our Melbourn site, near Cambridge. About us: Based in Cambridge, SPT Labtech makes products that transform the way scientists work. For decades, our expert scientists, engineers and business innovators have provided scientists with world-leading, innovative solutions for liquid handling, sample preparation, and sample management that help accelerate research and make a real difference to human health. We work collaboratively with our customers, building trusted relationships that enable us to deliver exceptional, personalised experiences designed for real-world challenges in the lab. Want to be part of a team that’s truly making a difference? You’ll join a multidisciplinary R&D team where software, electronics and mechanical engineers sit side by side and designs come together in the lab, not just on paper. Day to day, you will: • Design, develop and maintain embedded software in C++ for ARM Cortex-M series microcontrollers — firmware that ships inside real instruments., • Implement motor and actuator control across open-loop, closed-loop and hybrid schemes, working hand in hand with our electronics team on motor drives and robotic hardware., • Integrate OEM and third-party modules, barcode readers, thermal units, pneumatics and similar — over CAN, Ethernet, UART, SPI, I²C and GPIO, writing the device drivers that connect them into the system., • Shape the firmware and system architecture: module boundaries, interfaces and the communications that tie distributed microcontrollers together., • Contribute to the lower-level, device-facing C# .NET code on the PC side that talks to the embedded layer., • Implement signal acquisition and conditioning for the sensors and transducers fitted throughout each instrument., • Design in reliability from the outset, fault detection, diagnostics, recovery, watchdogs and built-in self-test, because our instruments run unattended in labs where results matter., • Troubleshoot and debug complex embedded software, hardware interfaces and robotics system issues, including on the CAN bus., • Provide technical leadership and mentoring to junior engineers, and help raise the bar for software development practice across the team., • Produce clear technical documentation: specifications, designs, architecture and user-facing material. You're an embedded engineer who thinks at the system level, comfortable reasoning about how distributed microcontrollers, timing and communications interact, not just single-component behaviour. You're a proactive self-starter and a sharp problem-solver with the persistence to chase an issue to its root cause, and you communicate clearly across software, electronics and mechanical disciplines. You take pride in firmware that is robust, diagnosable and built to run reliably for years in the field. • Solid commercial experience in embedded software or firmware development., • Strong, hands-on C/C++ on ARM microcontrollers (Cortex-M series or similar)., • Demonstrable experience contributing to firmware and system architecture, defining module boundaries and interfaces between components, not just implementing to an existing design., • Practical, hands-on experience implementing motor and actuator control in production hardware., • A track record of integrating third-party or OEM hardware modules, including their bespoke controllers, into a larger system., • Confidence working across CAN, Ethernet (TCP/UDP), UART, SPI, I²C and GPIO., • Working knowledge of C# .NET, sufficient for device-facing PC-side code., • Exposure to RTOS environments and standard embedded debugging tools such as oscilloscopes, logic analysers and protocol analysers., • A disciplined approach to reliability: fault detection, diagnostics and recovery mechanisms., • Comfortable with unit testing, continuous integration and version control (Git)., • Experience with JTAG/SWD debuggers and protocol analysers (CAN, Ethernet and similar) for hardware-level debugging., • Field-oriented control (FOC) experience., • Familiarity with gRPC or other distributed software architectures., • Experience working in Agile teams., • A degree in electronics, computer science or a related field, or equivalent experience. We offer a competitive salary package and comprehensive, valued benefits, including private medical insurance, a generous pension plan, and an annual discretionary bonus. We embrace diversity and inclusivity, regardless of race, ethnicity, gender, gender identity, sexual orientation, physical ability, or family status. We prioritise supporting our employees' diverse needs as we strive for excellence together. Senior Embedded Software Engineer • Cambridge, England, GB #J-18808-Ljbffr

At CesiumAstro, we are developers and pioneers of out-of-the-box communication systems for satellites, UAVs, launch vehicles, and other space and airborne platforms. We take pride in our dynamic and cross-functional work environment, which allows us to learn, develop, and engage across our organization. If you are looking for hands-on, interactive, and autonomous work, CesiumAstro is the place for you. We are actively seeking passionate, collaborative, energetic, and forward-thinking individuals to join our team. We are looking to add a Senior Hardware Engineer II to our team. If you are great at what you do, enjoy working in a startup environment, and are passionate about developing leading-edge electronics for satellites, spacecraft, and aerospace systems, we would like to hear from you. At the Principal level, you will be tasked with full-stack hardware development for complex modules and hardware systems. You will have the opportunity to start at concept development and progress through detailed design, analysis, layout, build, test, and delivery, doing hands‑on work at each phase. The Principal level also includes technical leadership opportunities, gaining responsibility for critical designs and teams of engineers developing new products and systems. At a small company and a startup, your work will make direct contributions to the success of the business. The work is challenging and impactful, requiring both breadth and depth of technical knowledge. Our products are made for high‑reliability space and airborne applications, so designs require high levels of technical rigor while maintaining the agility of a startup environment. The successful candidate will also present engineering design review materials to our customers and executive team. As such, excellent written and verbal communication skills are required. • Own end‑to‑end design of complex electronics modules and systems, from concept and architecture through schematic, layout, test, and production. Products may include high‑speed digital, power electronics, and/or RF., • Lead teams of hardware engineers to develop new products with multiple electronics modules., • Provide subject matter expertise in support of hardware development across the company., • Develop hardware architecture and write hardware requirements for systems of high complexity., • Perform detailed and complete schematic design for complex boards, ranging from key components to supporting passives., • Perform detailed PCB layout in Altium Designer for complex boards, often working with a PCB Drafter., • Complete analysis such as worst‑case circuit analysis, signal integrity analysis, and power integrity analysis. Guide analysis methodology., • Develop bring‑up plans and design verification plans for new hardware and complex systems., • Perform bring‑up and key verification testing of modules and complex integrated systems, often working with a team to complete validation., • Release modules and assemblies to production, working with the Manufacturing and Test Engineering teams., • Mentor junior and senior engineers to build technical understanding and professional development., • Use strong working knowledge of adjacent fields, such as software and mechanical, to streamline development of complex hardware systems., • Bachelor of Science (BS) degree or higher in Electrical Engineering from an accredited university., • Minimum of 6 years of industry or university research experience in board‑level electronics design, analysis, and test., • Direct experience designing high‑reliability electronics and small systems for space or defense applications, including part derating, worst‑case analysis, and thermal constraints., • Experience owning the design phase of complex board‑level electronics and small hardware systems, including architecture design, trade studies, key part selection, and detailed design., • Multiple experiences delivering hardware products through production and deployment., • Expertise in PCB layout and manufacturing, including high‑density interconnect (HDI) stackup design, IPC standards, and industry best practices., • Expertise derisking designs with board‑level signal integrity and/or power integrity simulation tools such as Ansys SIwave, ADS SIPro, or Mentor Hyperlynx., • Strong understanding of adjacent fields, such as software and mechanical, that contributes to judicious design of hardware system architectures., • Expert‑level proficiency in electronics design tools such as Altium., • Extensive lab experience for bring‑up and verification of new hardware, based on in‑depth understanding of specialized lab equipment., • Excellent written and spoken communication skills., • Experience leading teams of hardware engineers to develop multi‑module assemblies, including hardware architecture, requirements, and interconnects., • Design for space radiation environments. CesiumAstro considers several factors when extending an offer, including but not limited to, the role and associated responsibilities, a candidate’s work experience, education/training, and key skills. Please be aware that many roles will be subject to both security and export control restrictions. These restrictions mean that factors including new starter’s nationality, any previous or dual nationalities held, place of birth and country of residence may limit those roles that you can perform for the organisation. Please note: CesiumAstro does not accept unsolicited resumes from contract agencies or search firms. Any unsolicited resumes submitted to our website or to CesiumAstro team members not through our approved vendor list or Talent Acquisition will be considered property of CesiumAstro, and we will not be obligated to pay any referral fees. We may use artificial intelligence (AI) tools to support parts of the hiring process, such as reviewing applications, analyzing resumes, or assessing responses and identifying potential inconsistencies or verification signals in application materials based on available information. These tools assist our recruitment team but do not replace human judgment. Final hiring decisions are ultimately made by humans. If you would like more information about how your data is processed, please contact us. #J-18808-Ljbffr

This range is provided by Octagon Group. Your actual pay will be based on your skills and experience — talk with your recruiter to learn more. A leading technology engineering business is looking for a Product Manager to join their team in Cambridge. This is a great opportunity to work with cutting-edge thermal imaging, night vision and augmented reality technologies used globally. What You’ll Do as the Product Manager – Cambridge (Waterbeach): • Manage the full product lifecycle from concept to launch, • Gather customer and market insights to shape product roadmaps, • Work closely with Engineering, R&D, Sales and Operations, • Create product requirements, business cases and pricing strategies, • Support product launches, demos and trade shows, • Monitor product performance and drive continuous improvement What We’re Looking For within the Product Manager – Cambridge (Waterbeach): • Experience in product management or a similar technical role, • Background in engineering, electronics, imaging or related sectors, • Strong technical understanding and ability to engage with engineers, • Excellent communication and analytical skills, • Proactive, organised and customer-focused attitude What’s On Offer for the Product Manager – Cambridge (Waterbeach): • Work with innovative, high-performance technology, • Training and career development, • Competitive salary and benefits Cambridge, England, United Kingdom 1 week ago #J-18808-Ljbffr

You will use your deep scientific insight and research skills to shine light on the hardest problems, exploring the art of the possible and inventing new solutions. You will design investigations to test and develop your ideas and see them become a reality through the creation of prototypes using Awerian’s rapid approach to design and implementation. This will involve all aspects of technology and product development – from invention, analysis, and computational modelling through to prototype design and the transfer to manufacturing. You will see the concepts you enable have direct impact on the safety of the UK and its citizens. You will work with and lead expert teams of engineers and scientists delivering cutting edge technology to our clients. It’s a fantastically challenging, varied and agile role. You will bring demonstrable technical experience in a range of the following areas: • Quantum technologies, which could include sensing, position navigation and timing, computing, or communications., • Optics, which could include propagation, imaging systems, fibre optics, high power and ultrafast lasers, spectroscopy, or evanescent coupling., • Electromagnetics, which could include propagation, penetration, interference, plasma's, interaction with electronics, Radar systems, or sensing., • Sonar and acoustics, which could include acoustic signal processing, characterising underwater environments, sensing, ultrasonics, or acoustic communications., • Semiconductor physics, which could include junction behaviour, logic, thermal effects, or sensing., • Thermal systems, which could include thermal management in aviation and maritime systems, complex thermal architectures, or materials processes., • Fluid analysis, including particle dispersion, fluid flow and microfluidics., • Algorithm design, which could include Artificial Intelligence / Machine Learning, autonomous systems, signal processing and classification, or edge processing. With the following skills and experience being desirable: • Breadth of exposure to technical project management themes., • Experience of communicating directly with clients and stakeholders, and acting as subject matter expert (SME) in client meetings., • Experience of planning and proposing novel R&D activities. Using engagement, active listening and influencing skills to navigate professional interactions., • Experience of accountability for budgets and resource planning. You will have a track record of academic excellence, hold a relevant postgraduate degree or equivalent professional experience, and have proven technical capabilities as a Physicist. We are keen to hear from experienced Physicists with a background in any sector. The Company and Benefits: Why Awerian? Awerian are a defence and security technology consultancy comprised of ~40 scientists and engineers, and part of the TTP Group. You will work at our state-of-the-art facility based just outside of Cambridge. With little hierarchy, there are no corporate hoops to jump through. This, along with our flat structure, encourages mutual support, teamwork, and innovation. It also creates unique opportunities to develop skills in project leadership and client management to keep your professional development on track. Awerian are continuing their rapid growth plan, making this a great time to join our multi-disciplinary team. You will be part of building on our successful track record and develop your career at the cutting edge of technology. You will be supported by our team of experts. We’re a business of individuals – however, our curiosity brings us together and it drives what we do. Whether you’re leading a project or part of a team, the whole structure of Awerian is designed to help you connect, thrive, and feel included. Awerian operates from the award-winning TTP campus in green surroundings in Melbourn, just south of Cambridge. Our enviable company benefits include: • Annual profit-related bonus, • Virtual shares that reward you with a stake in TTP Group’s long-term success, • Employer pension contribution of 10% of salary, • Private medical insurance for employees and dependants, • Life insurance worth 6 x salary, • Enhanced parental leave and flexible return-to-work support, • Electric car leasing and cycle-to-work schemes, • Interest‑free travel season ticket loan, • Local sports facilities and theatre discounts and memberships, • Comprehensive relocation support (if applicable) You will need to be eligible for UK security clearance. Please note this role is not eligible for UKVI sponsorship visa scheme #J-18808-Ljbffr

At Filtronic, we design and manufacture advanced RF and microwave solutions that power critical communication networks across the globe. Working with leading technology partners, we are at the forefront of innovation in high-frequency electronics. We are looking for a Senior Electronics Systems Engineer to join our Systems Engineering team in Cambridge and contribute to the development of advanced RF and communications products. As a Senior Electronics Systems Engineer, you will contribute to the design and development of advanced analogue and digital electronic systems, working across the product lifecycle from concept through to volume manufacture. Working within a multidisciplinary engineering environment, you will collaborate with RF, software, firmware and mechanical engineers to develop high-performance solutions for applications including telecommunications, space, defence and high-altitude platforms. The role provides the opportunity to take responsibility for system-level design, integration and verification, applying your engineering expertise to develop reliable, manufacturable products using modern tools and technologies. • Design and develop analogue, digital and mixed-signal electronic circuits., • Develop signal conditioning circuits, filters, amplifiers and power supply modules., • Develop digital systems incorporating microprocessors, ADCs, DACs and associated logic., • Produce technical specifications, undertake simulation and support component selection., • Capture schematics and define PCB requirements, including materials and stack-up., • Define system-level architecture for mains-powered, multi-module industrial products., • Specify inter-module connections, interfaces and connectors., • Produce wiring and harness manufacturing documentation, including wire sizing, shielded/twisted-pair routing and screen terminations., • Support system design for safety and EMC compliance and certification., • Produce interface control documentation and define power and grounding topologies, taking account of thermal and environmental requirements., • Work with mechanical and RF engineers to specify system-level components, including connectors, cooling components and cables., • Support system-level integration, verification and validation testing., • Work with interfaces including PCIe, USB, Ethernet, CAN bus, I²C and SPI., • Investigate and resolve hardware and communication issues., • Prepare test specifications, reports and reliability assessments., • Participate in and lead design reviews, identifying and addressing technical risks., • Support product introduction, fault diagnosis and diagnostic activities., • Manage component obsolescence and recommend suitable alternatives., • Contribute to continuous improvement and maintain awareness of relevant technologies and industry standards., • Conduct thermal analysis, MTBF calculations and tolerance analysis., • Ensure designs meet performance, cost, quality and manufacturability requirements. We are looking for an engineer with strong analogue and digital electronics experience and the technical capability to develop complex electronic systems across the product lifecycle. You will bring: • A degree in Electronic Engineering, a relevant subject, or equivalent professional experience., • Strong experience in analogue and digital circuit design at component level., • Experience with schematic capture and PCB design tools; Altium Designer experience is desirable., • Knowledge of EMC/EMI design and testing principles., • Practical experience using laboratory equipment such as oscilloscopes, multimeters, spectrum analysers and logic analysers., • The ability to work effectively with colleagues across different engineering disciplines., • A structured approach to problem solving, design and technical evaluation. Experience in one or more of the following would be advantageous: • IP-rated or ruggedised outdoor products, particularly within telecommunications or defence., • RF or microwave electronics., • High-volume manufacturing and surface mount technologies., • Relevant industry standards, including IEC 62368-1, IEC 61000, CISPR, IPC/WHMA-A-620 and AS50881. This is an opportunity to work on advanced products at the intersection of RF, microwave and communications technology, contributing to products used in demanding applications across telecommunications, space, defence and other high-performance environments. You will have the opportunity to contribute across the product lifecycle, from system architecture and electronic design through to integration, verification and manufacture. If you have the technical experience and skills to contribute to the development of complex electronic systems, we would be pleased to hear from you. • Salary benchmarked at the top end of the market range to attract the strongest candidates., • 37.5 hour working week, • 25 days’ holiday plus public holidays, with the option to buy up to 5 additional days, • Contributory pension scheme with up to 8% company contribution, • Life Assurance, • Income Protection Insurance, • Save As You Earn (SAYE) share scheme, • Electric Vehicle (EV) scheme, • Cycle to Work scheme, • Volunteering day, • Learning and development opportunities, • Hybrid working available Want to Know More? Relocation assistance is available, if required. This advert provides an overview of the role and its key responsibilities. If you would like details of the salary and benefits package on offer - please note that some benefits become available following successful completion of your probationary period - before investing your time in applying, or would simply like to have an informal conversation about the opportunity, we would be delighted to hear from you. Please contact our Talent Partner on . We are always happy to answer any questions you may have about the role, what we do, our culture or what it is like to work at Filtronic. Diversity & Inclusion At Filtronic, we believe diverse perspectives drive innovation. We're committed to creating an inclusive workplace where everyone is treated with respect and has the opportunity to succeed. We welcome applications from all suitably qualified candidates regardless of age, disability, gender reassignment, marriage or civil partnership, pregnancy and maternity, race, religion or belief, sex or sexual orientation. If you require any reasonable adjustments during the recruitment process, please let us know. We'll be happy to support you throughout your application journey. #LI-BM1 #J-18808-Ljbffr

HyperLight is at the forefront of the commercialization of thin-film lithium niobate (TFLN) integrated photonics - a material and process technology that is enabling high-performance, scalable optical components across AI/datacom infrastructure, hyperscale computing, quantum computing, sensing, and beyond. Founded in 2018 and backed by leading venture capital, we’ve built a team and a platform focused on real-world mass deployment of TFLN photonics technology. At the core of our work is the TFLN Chiplet™ platform - a modular, integrated architecture designed for scalability, manufacturability, and seamless integration into complex systems. It offers a rare combination of extraordinary performance and industrial readiness, enabling system developers across applications to deploy the technology fast and ready. We partner with our customers and suppliers from conceptualization, design, and prototyping phases, all the way through mass production to ensure smooth and rapid deployment of TFLN photonic technology. We believe our platform is the key, in the golden age of integrated photonics, to empower humanity to the next level. We assembled a world class team covering engineering, business, and operations. We believe in the power of integrity, innovation, collaboration, and pragmatic solutions. Our diverse team thrives on challenges and is united by a shared commitment to excellence. We take pride in tackling complex challenges with curiosity, humility, and a deep sense of care for one another. Failure Analysis currently consists of a small and impactful team. You’ll be trained directly by the FA lead and will grow into owning cases independently across the full workflow: intake, analysis planning, hands-on characterization, root cause determination, and reporting back to the Test, Platform, and Engineering teams. FA at HyperLight is investigative work. Each measurement is one piece of evidence, and the job is to assemble those pieces into a defensible picture of what actually happened – while resisting the pull of the first plausible story. • Own FA cases end to end: define the question, plan the analysis, execute it, and write it up., • Sequence analyses correctly on irreplaceable samples; non-destructive before destructive and know when a cross-section is worth spending the only sample you have., • Run optical microscopy, SEM, and EDS day to day; FIB cross-sectioning and lift-out; AFM, profilometry, and ellipsometry as needed. • Perform surface and chemical characterization — XPS, Raman, FTIR — and interpret the data, not just acquire it., • Specify and manage outsourced analysis (e.g.TEM) with external labs., • Support post-reliability FA on stressed parts (HAST, damp heat, thermal cycling) and on customer returns, working with the Test and Reliability engineers., • Work in the cleanroom on FA sample preparation and on light fabrication for demo and process-feasibility devices: resist processing, photolithography, e-beam lithography, metallization, etching (wet, dry: ion milling and RIE). • Write clear, evidence-anchored reports that hold up under cross-functional scrutiny, and present findings to stakeholders including Platform and Foundry., • Maintain sample chain of custody, case records, and the FA findings database., • Education and experience — one of:, • BS in materials science and engineering, chemistry, applied physics, physics, electrical engineering, or chemical engineering, plus 3+ years hands-on cleanroom and/or characterization experience; or • MS in one of the above plus 1-2 years; or, • PhD in one of the above (graduate research counts toward experience), • Independent cleanroom experience. You have been qualified on and worked unsupervised with at least three of: photolithography and resist processing, plasma/RIE etch, wet etch, thin-film deposition (PVD/CVD/ALD), e-beam lithography. This includes the habits that go with it – contamination and particle control, strict SOP adherence, and legible, complete logbooks., • Independent SEM operation, including imaging of insulating and PIC samples, plus EDS acquisition and interpretation., • Experimental rigor. Demonstrated ability to design an analysis with appropriate controls, identify confounding variables, and keep observation separate from inference. • Technical writing. You can produce a report that a non-specialist stakeholder can act on., • Comfortable working with acids, bases, and solvents, and willing to complete site-specific safety training, including hydrofluoric acid handling., • FIB for cross-sectioning, lift-out, and TEM lamella preparation., • XPS data analysis – peak fitting, charge referencing/correction, chemical-state assignment. This is the hardest analytical skill on the list and weighs accordingly., • TEM, or experience scoping and managing outsourced TEM/analytical work., • Raman, FTIR, AFM, ellipsometry, profilometry., • E-beam lithography., • Working knowledge of semiconductor and photonic failure mechanisms: galvanic corrosion, delamination, cracking, electromigration, ESD., • Familiarity with JEDEC reliability methods (HAST, damp heat, thermal cycling)., • Lithium niobate, integrated photonics, MEMS, or III-V process experience., • Statistical and spectral data analysis (JMP, Python)., • Experience presenting technical findings to teams whose processes the findings implicate. Two qualities matter more here than any single tool on the list. The first is curiosity that doesn’t quit – the instinct to stop at the odd thing in the corner of the image rather than move on because it wasn’t what you were looking for. Most root causes we find started as an incidental observation someone chose not to ignore. The second is calibration – being willing to say the evidence doesn’t yet support a conclusion, and to change your mind when a control comes back wrong. FA findings drive real changes to production, so being confidently wrong is expensive. • Work is performed in cleanroom and laboratory environments requiring full gowning (coverall, hood, face mask, gloves, shoe covers, safety glasses), donned and removed multiple times per day., • Extended periods of standing and walking in the cleanroom, frequently 2 - 4 hours at a stretch, with limited flexibility to step away mid-process., • Manual dexterity and fine motor control are sufficient to handle wafers, chips, and sub-millimeter features with tweezers under a microscope., • Close visual acuity (correctable) for microscope and instrument work. Lithography bays operate under filtered yellow lighting., • Routine work with hazardous chemicals including acids, bases, and solvents using prescribed PPE. Site-specific safety training is required before working independently., • Certain characterization instruments generate strong magnetic fields; access to those tools may be restricted for individuals with pacemakers or other implanted medical devices., • Local travel between the HyperLight office/lab and shared user facilities at Harvard CNS and MIT.nano., • Occasional off-hours or weekend work when tool availability at shared facilities requires it., • Extended periods at a workstation for data analysis and report writing., • Competitive market-based compensation (Salary range $90,000 - $180,000 per year), • Comprehensive health coverage, including medical, vision, and dental plans for individuals and families, • 401(k) retirement plans with employee matching, • Paid Parental Leave, • Life and disability insurance, • Commuter benefits and subsidies, • Professional growth and mentorship opportunities This role is in-person at HyperLight's office in Cambridge, MA. Authorization to work in the US is required. HyperLight is an equal opportunity employer. All applicants will be considered for employment without attention to race, color, religion, sex, sexual orientation, gender identity, national origin, veteran or disability status. HyperLight is committed to providing reasonable accommodations to individuals with disabilities during our hiring process. If you need assistance or an accommodation, please contact us at . #J-18808-Ljbffr

Thermoteknix Systems Ltd, founded in 1982 and based in Cambridge, is a world leader in thermal imaging, night vision, and augmented reality systems. Our award‑winning technologies are trusted by defence, security, and industrial customers in over 70 countries. With in‑house R&D, cutting‑edge innovation, and a global reputation for quality, we design and manufacture solutions that perform in the toughest environments. Location: Waterbeach, Cambridge, UK Department: Engineering Reports to: Engineering Manager Type: Full‑time, Permanent You will be joining the FPGA Design Team and contributing modules to a library that is used across our product range. Experience with the cocotb Python library is desirable. You will be required to write timing constraints, understand timing reports, and where necessary, modify designs to close timing. We work with hardware, software and mechanical engineers to bring new products to market. • SystemVerilog, • Python, • RTL verification, • Writing timing constraints and ensuring these are met, • Design for low power, • Writing module specifications and reviewing drafts, • Code and documentation review, • Writing code for a library to a company coding standard, • The Linux command line, • Version control software (SVN or Git), • Markdown Committed to engineering best practices in FPGA code development. Able to work effectively within an established team, following existing frameworks and contributing to the continuous improvement of team capabilities. • Flexible working is considered with work from home up to 3 days per week, • Involvement in cutting‑edge imaging technologies, • Collaborative working environment with strong technical expertise, • Training and career development opportunities, • Competitive salary and benefits package #J-18808-Ljbffr

Location: Waterbeach, UK Department: Engineering Reports to: Director of Operations & Technology Type: Full-time, Permanent Company Profile Thermoteknix Systems Ltd, founded in 1982 and based in Cambridge, is a world leader in thermal imaging, night vision, and augmented reality systems. Our award-winning technologies are trusted by defence, security, and industrial customers in over 70 countries. With in-house R&D, cutting-edge innovation, and a global reputation for quality, we design and manufacture solutions that perform in the toughest environments. Reporting directly to the Director of Operations & Technology, the Head of Engineering will have responsibility for the leadership, performance and delivery of the Engineering function at Thermoteknix. This senior leadership role leads a multidisciplinary engineering organisation spanning electronics engineering, software engineering, mechanical engineering, production engineering, project and programme management, and innovation. The Head of Engineering will ensure that programmes are delivered effectively, technical standards remain high, resources are deployed appropriately and teams work efficiently across disciplines. Success in the role requires a strong engineering background combined with excellent people leadership, organisational capability and commercial judgement. The Head of Engineering will create an environment that balances innovation and technical excellence with delivery, manufacturability, reliability, cost, quality and schedule. The Head of Engineering will work in close partnership with the Technology & Operations Director to align engineering strategy with wider business and operational priorities. Engineering Leadership & People Management • Lead and develop the Engineering function, promoting a high-performing, accountable and collaborative culture based on ownership, urgency, technical excellence and continuous improvement., • Directly manage the managers responsible for Electronics, Software Engineering, Mechanical Engineering, Production Engineering, Project & Programme Management, and Innovation, setting clear objectives and holding them accountable for delivery, quality, resources and team performance., • Develop the engineering management team through coaching, constructive challenge and succession planning, supporting managers in resolving significant technical, people and delivery issues., • Ensure that the engineering departments operate as one integrated function, with clear responsibilities, effective interfaces and strong communication, coordination and ownership across disciplines., • Lead regular engineering management reviews covering programme status, resource requirements, technical risks, departmental priorities and key decisions. Engineering Delivery & Technical Excellence • Take overall responsibility for engineering delivery across multiple concurrent development programmes, working closely with the Project & Programme Manager to ensure that projects are properly planned, resourced and prioritised, risks and bottlenecks are addressed, and agreed timescales are met., • Maintain high standards of engineering design, technical documentation, verification and design review., • Lead new product development from concept through prototyping, qualification and production, incorporating manufacturability, reliability, cost, quality and supply-chain considerations from the outset and working with Production and Operations to ensure effective transfer into manufacture., • Support major customer programmes, tenders and technical discussions where senior engineering input is required., • Drive engineering productivity through simplification, automation and AI-assisted development. Strategic Leadership & Business Alignment • Work in close partnership with the Director of Operations & Technology to align engineering priorities with wider business objectives, review performance, programme delivery, resource capacity, capability and technical risk, and agree appropriate actions on recruitment, investment and material issues., • Collaborate with the senior leadership team, Chief Scientist, and Product Manager to develop technology and engineering roadmaps aligned with business priorities., • A strong engineering or technical background, supported by a degree in Engineering, Physics or a related discipline., • Significant experience leading multidisciplinary engineering teams, including managing engineering managers and senior technical staff., • A proven track record of delivering complex hardware and software products from development into manufacture., • Strong skills in programme delivery, resource allocation and priority management, with the ability to oversee multiple concurrent development programmes., • Good commercial awareness and a clear understanding of how engineering decisions affect cost, schedule, quality and product performance., • Strong leadership, communication and decision-making skills., • The ability to operate effectively at both strategic and detailed technical levels. Applicants must have the right to work in the UK at the time of application. Unfortunately, we are unable to provide visa sponsorship for this role. • Involvement in cutting-edge imaging technologies., • Collaborative working environment with strong technical expertise., • Training and career development opportunities., • Competitive salary and benefits package. #J-18808-Ljbffr

This established Cambridge technology company is renowned for developing world-leading connectivity solutions for a wide range of applications. They are seeking an experienced NPI engineer to join and help them take these designs through to manufacture. As an NPI Engineer, you would be key to ensuring that new product concepts transition smoothly through to manufacturing. This will involve you working closely with colleagues and manufacturing partners, taking the lead on improving processes and designing test strategies, creating documentation, and managing the build of prototype boards, their evaluation, and ensuring compliance with industry standards. You will need: • A 1st or 2.1 degree in electronics or closely related discipline, • Expertise with prototyping PCBAs and an understanding of subjects such as EMC and thermal management, quality standards, and design for manufacture, and obsolescence, • Prior experience of bringing new (preferably high speed or embedded) electronic products to manufacturing, • Practical hands-on electronic engineering skills, problems solving ability, and proficiency with Gerbers and BOMs, • Full, existing UK work permission without time limit or the need for sponsorship This is a great opportunity to join a friendly and innovative engineering-led company that is part-owned by its employees. A highly competitive salary and benefits package is available to the successful candidate. They are based in modern offices close to Cambridge. Keywords: NPI, Transition to Manufacture, PCBA, High Speed Electronics, EMC, Compliance, Cambridge #J-18808-Ljbffr

Eaton MSD Cheltenham is looking for a Tech Specialist - Aircraft Power Electronics. In this role you'll provide senior technical leadership for the architecture, design, verification, and certification support of safety-critical power electronics systems for high-voltage DC and AC aircraft power distribution and conversion. Key applications include electrothermal ice protection power controllers (up to 160 kW), HVDC power distribution units, DC-AC motor drives, and power supplies in the 2 kW to 10 kW range. Drive the adoption of advanced power electronics technologies, including wide-bandgap semiconductors (SiC, GaN), high-voltage isolation, digital control, and model-based design, ensuring robust, certifiable, and production-ready solutions. Operate within safety-critical development frameworks aligned to ARP4754A, ARP4761, DO-178C, DO-254, and DO-160, up to DAL A where required. • Define and solve complex, multi-disciplinary engineering problems, with focus on HVDC/AC conversion, protection, thermal design, EMC, insulation, reliability, and certification risk., • Lead the power electronics technical strategy and technology roadmap in collaboration with the Technical Authority., • Provide leadership, supervision, and coordination to engineering teams to deliver work on time, cost, and quality targets., • Act as a senior technical authority and customer-facing escalation point for HV power systems, ensuring high-quality engineering delivery., • Sponsor or lead strategically important programmes (e.g., intelligent PDUs, IPS controllers, motor drives, HV demonstrators)., • Maintain awareness of emerging technologies and translate developments (SiC/GaN devices, sensing, magnetics, thermal management, EMI) into product strategies., • Define engineering standards, including design rules, derating, HV spacing, protection methods, and EMC practices., • Lead trade studies across converter topologies, motor control, and protection strategies., • Support bid activities, including technical input, estimation, and risk identification., • Mentor engineers across technical, product, and lifecycle domains., • Investigate equipment failures and recommend solutions., • Prepare and review engineering estimates, identifying risks and dependencies., • Produce reports and present technical findings to stakeholders., • Maintain professional competency and support continuous development., • Adhere to company values, policies, and procedures., • Perform off-site duties as required and support broader business needs., • Degree (typically Master’s) in Electronics Engineering or equivalent experience, with significant relevant industry experience., • Specialisation in power electronics, motor drives, high-voltage engineering, or aerospace electrical systems preferred., • Chartered Engineer (or equivalent) desirable., • Desirable: postgraduate study or training in power electronics, EMC, high-voltage safety, or safety-critical systems., • Advanced expertise in high-voltage power electronics design, including conversion, control, sensing, protection, and gate drive systems., • Ability to define requirements and ensure full traceability from safety requirements to verification evidence (including DAL A)., • Strong experience in EMC design and compliance for high-speed switching systems (SiC/GaN), including emissions, susceptibility, filtering, shielding, and layout., • Proficiency in simulation and analysis tools (e.g., SPICE, PLECS/PSIM, thermal/electromagnetic modelling, stability analysis, worst-case and reliability analysis)., • Experience with validation and test methods including switching loss, thermal characterisation, insulation testing, HIL, load testing, and qualification., • Solid understanding of PCB design for high-voltage/high-current systems, including creepage/clearance, parasitics, and manufacturability., • Component selection expertise across power semiconductors, magnetics, capacitors, sensors, and insulation systems., • Experience with HV architectures including DC distribution (270–800 VDC), inverters, motor drives, SSPCs, and power supplies., • Ability to lead technical reviews (PDR, CDR, TRR, qualification, production readiness)., • Manage and support suppliers for key components and subsystems., • Collaborate effectively across software, mechanical, systems, manufacturing, and test disciplines., • Contribute to architecture definition for key products (PDUs, converters, inverters, motor drives)., • Provide technical leadership and influence engineering direction within the organisation., • Opportunity to work in a global, highly collaborative environment, • Challenging projects in dynamic collaborative team, • Strong focus on learning, development, and career progression, • Competitive compensation and benefits package, • A culture that promotes inclusion, accountability, and continuous improvement All positions may require participation in video and in-person interviews as part of the hiring process. All candidates will be evaluated based on job-related competencies, and all candidates’ privacy rights and data security will be protected in accordance with applicable laws. We are committed to ensuring equal employment opportunities for job applicants and employees. Our recruitment processes use balanced selection criteria and avoid unlawful discrimination against applicants on the basis of their age, colour, disability, marital status, national origin, gender, gender identity, genetic information, race or racial origin, religion, sexual orientation or any other status protected or required by law. #J-18808-Ljbffr

Do you love creating elegant solutions to highly complex challenges? Do you intrinsically see the importance in every detail? As part of our Silicon Technologies group, you will help design and manufacture our next-generation, high-performance, power-efficient Graphics processors (GPUs). You will ensure Apple products and services can seamlessly and expertly handle the tasks that make them beloved by millions. Joining this group means you will be crafting and building the technology that fuels Apple's devices. Together, we enable our customers to do all the things they love with their devices. This role requires a mix of strategic engineering along with hands-on, technical work. You will be responsible for implementing complete chip designs from RTL to tape-out. Are you a confident problem solver who thrives under pressure to find new, creative solutions? Are you ready to help chart the future of Apple's ecosystem? If so, we are excited to hear from you. • Work closely with the Front-End team to understand chip architecture and drive physical aspects early in design cycle., • Drive best in class Physical Design construction and optimization recipes for performance, power and Area (PPA)., • Collaborate to drive methodologies and "best known methods" to streamline PD work, come up with guidelines and checklists, drive execution and track progress., • Be focal point for place and route drive the work among place and route engineers, set goals and breakthroughs, plan short and long-term work, understand dependencies between different domains like top, STA, block Place & Route., • Manage and resolve design and flow issues related to physical design, identify potential solutions and drive execution., • BSc/MSEE/MEng/PhD or equivalent is required, • Exposure in any aspects of ASIC implementation including Synthesis, DFT insertion, Floorplanning, Clock and Power distribution, Place & Route and all aspects of timing, electrical and physical signoff., • Experience with multi-voltage, power gated and power retention will be an advantage., • Knowledge with hierarchical design approach, top-down design, budgeting, timing and physical convergence will be an asset., • Familiar with various process-related design issues including Design for Yield and Manufacturability, multi Vt strategies and thermal management. At Apple, we're not all the same. And that's our greatest strength. We draw on the differences in who we are, what we've experienced and how we think. Because to create products that serve everyone, we believe in including everyone. Therefore, we are committed to treating all applicants fairly and equally. As a registered Disability Confident employer, we will work with applicants to make any reasonable accommodations. Apple will consider for employment all qualified applicants with criminal backgrounds in a manner consistent with applicable law. Learn more At Apple, we believe accessibility is a fundamental human right. You'll find that idea reflected in everything here - in our culture, our benefits and our digital tools. By welcoming as many perspectives as possible, we help you build a career where you feel like you belong. Learn about accessibility in Apple's workplace Role Number: 200687224-1251 #J-18808-Ljbffr

Location: Waterbeach, UK Department: Engineering Reports to: Director of Operations & Technology Type: Full-time, Permanent Company Profile Thermoteknix Systems Ltd, founded in 1982 and based in Cambridge, is a world leader in thermal imaging, night vision, and augmented reality systems. Our award-winning technologies are trusted by defence, security, and industrial customers in over 70 countries. With in-house R&D, cutting-edge innovation, and a global reputation for quality, we design and manufacture solutions that perform in the toughest environments. Reporting directly to the Director of Operations & Technology, the Head of Engineering will have responsibility for the leadership, performance and delivery of the Engineering function at Thermoteknix. This senior leadership role leads a multidisciplinary engineering organisation spanning electronics engineering, software engineering, mechanical engineering, production engineering, project and programme management, and innovation. The Head of Engineering will ensure that programmes are delivered effectively, technical standards remain high, resources are deployed appropriately and teams work efficiently across disciplines. Success in the role requires a strong engineering background combined with excellent people leadership, organisational capability and commercial judgement. The Head of Engineering will create an environment that balances innovation and technical excellence with delivery, manufacturability, reliability, cost, quality and schedule. The Head of Engineering will work in close partnership with the Technology & Operations Director to align engineering strategy with wider business and operational priorities. Engineering Leadership & People Management • Lead and develop the Engineering function, promoting a high-performing, accountable and collaborative culture based on ownership, urgency, technical excellence and continuous improvement., • Directly manage the managers responsible for Electronics, Software Engineering, Mechanical Engineering, Production Engineering, Project & Programme Management, and Innovation, setting clear objectives and holding them accountable for delivery, quality, resources and team performance., • Develop the engineering management team through coaching, constructive challenge and succession planning, supporting managers in resolving significant technical, people and delivery issues., • Ensure that the engineering departments operate as one integrated function, with clear responsibilities, effective interfaces and strong communication, coordination and ownership across disciplines., • Lead regular engineering management reviews covering programme status, resource requirements, technical risks, departmental priorities and key decisions. Engineering Delivery & Technical Excellence • Take overall responsibility for engineering delivery across multiple concurrent development programmes, working closely with the Project & Programme Manager to ensure that projects are properly planned, resourced and prioritised, risks and bottlenecks are addressed, and agreed timescales are met., • Maintain high standards of engineering design, technical documentation, verification and design review., • Lead new product development from concept through prototyping, qualification and production, incorporating manufacturability, reliability, cost, quality and supply-chain considerations from the outset and working with Production and Operations to ensure effective transfer into manufacture., • Support major customer programmes, tenders and technical discussions where senior engineering input is required., • Drive engineering productivity through simplification, automation and AI-assisted development. Strategic Leadership & Business Alignment • Work in close partnership with the Director of Operations & Technology to align engineering priorities with wider business objectives, review performance, programme delivery, resource capacity, capability and technical risk, and agree appropriate actions on recruitment, investment and material issues., • Collaborate with the senior leadership team, Chief Scientist, and Product Manager to develop technology and engineering roadmaps aligned with business priorities., • A strong engineering or technical background, supported by a degree in Engineering, Physics or a related discipline., • Significant experience leading multidisciplinary engineering teams, including managing engineering managers and senior technical staff., • A proven track record of delivering complex hardware and software products from development into manufacture., • Strong skills in programme delivery, resource allocation and priority management, with the ability to oversee multiple concurrent development programmes., • Good commercial awareness and a clear understanding of how engineering decisions affect cost, schedule, quality and product performance., • Strong leadership, communication and decision-making skills., • The ability to operate effectively at both strategic and detailed technical levels. Applicants must have the right to work in the UK at the time of application. Unfortunately, we are unable to provide visa sponsorship for this role. • Involvement in cutting-edge imaging technologies., • Collaborative working environment with strong technical expertise., • Training and career development opportunities., • Competitive salary and benefits package. #J-18808-Ljbffr

MathWorks has a hybrid work model that enables staff members to split their time between office and home. The hybrid model provides the advantage of having both in-person time with colleagues and flexible at-home life optimizations. Learn More: onboarding. Drive Innovation with MATLAB & Simulink at Leading Formula 1 Teams Are you passionate about accelerating engineering innovation in the top tier of world motorsport? Do you enjoy working closely with world‑class engineering teams to help them find the competitive edge? MathWorks is seeking an application engineer to partner with Europe's Formula 1 teams, power-unit manufacturers, and ECU supplier. In this senior customer‑facing role, you will act as a trusted technical advisor and innovator, guiding these industry leaders as they adopt and scale Model‑Based Design, simulation-driven development, and advanced analytics using MATLAB® and Simulink®. Your expertise will shape how the most cutting-edge motorsport machines in the world are engineered, developed, tested and raced. • Shape the future of Formula 1 Teams by supporting the development of electrified powertrains, active aerodynamics, advanced simulation systems, and high-bandwidth data analytics technologies., • Influence engineering at scale across global motorsport organisations., • Deliver broad technical impact—from embedded controllers to high‑fidelity simulation, machine learning, thermal/electrical modelling, driver-in-the-loop systems, and more., • Grow in both technical and strategic leadership, working on programs that directly impact teams’ ability to compete at the front. MathWorks nurtures growth, appreciates inclusivity, encourages initiative, values teamwork, shares success, and rewards excellence. • Lead and manage key technical engagements to drive successful deployment and adoption of MathWorks technologies, including expanding into new groups and departments., • Support customers in pursuing ever-more efficient and at-scale development processes, including model architecture and deployment, large‑scale simulation, and integration into enterprise toolchains., • Build strong working relationships with engineering managers and technical experts across engineering departments. Understand their workflows, technical strategies, and development priorities to identify where MathWorks solutions can accelerate innovation and engineering efficiency., • Collaborate with MathWorks development teams to represent Formula 1 customer needs and industry trends., • Work closely with Sales, Application Engineering, Consulting, Training, and Marketing to develop and progress account strategies based on customer and MathWorks shared objectives., • A bachelor's degree and 10 years of professional work experience (or equivalent experience) is required., • Strong experience in automotive engineering—such as embedded controls, powertrain development, vehicle performance, system modelling, or simulation., • Deep proficiency with MATLAB & Simulink, or strong background in comparable tools & model-based workflows., • Ability to engage with engineering leadership, understand complex technical challenges, and communicate solutions effectively., • Passion for customer success and long-term technical partnership building., • Keen interest in the motorsport industry., • Experience working with Formula 1 teams, power-unit manufacturers or industry suppliers is a plus. #J-18808-Ljbffr

Breakthrough technology is vital for strengthening the UK’s Defence and Homeland Security. As a Consultant Physicist at Awerian, you will be at the forefront of this innovation race and play your part by helping to defend and protect the UK from the latest technological and cyber threats. You will use your deep scientific insight and research skills to shine light on the hardest problems, exploring the art of the possible and inventing new solutions. You will design investigations to test and develop your ideas and see them become a reality through the creation of prototypes using Awerian’s rapid approach to design and implementation. This will involve all aspects of technology and product development – from invention, analysis, and computational modelling through to prototype design and the transfer to manufacturing. You will see the concepts you enable have direct impact on the safety of the UK and its citizens. You will work with and lead expert teams of engineers and scientists delivering cutting edge technology to our clients. It’s a fantastically challenging, varied and agile role. You will bring demonstrable technical experience in a range of the following areas: • Quantum technologies, which could include sensing, position navigation and timing, computing, or communications., • Optics, which could include propagation, imaging systems, fibre optics, high power and ultrafast lasers, spectroscopy, or evanescent coupling., • Electromagnetics, which could include propagation, penetration, interference, plasma's, interaction with electronics, Radar systems, or sensing., • Sonar and acoustics, which could include acoustic signal processing, characterising underwater environments, sensing, ultrasonics, or acoustic communications., • Semiconductor physics, which could include junction behaviour, logic, thermal effects, or sensing., • Thermal systems, which could include thermal management in aviation and maritime systems, complex thermal architectures, or materials processes., • Fluid analysis, including particle dispersion, fluid flow and microfluidics., • Algorithm design, which could include Artificial Intelligence / Machine Learning, autonomous systems, signal processing and classification, or edge processing., • Breadth of exposure to technical project management themes., • Experience of communicating directly with clients and stakeholders, and acting as subject matter expert (SME) in client meetings., • Experience of planning and proposing novel R&D activities. Using engagement, active listening and influencing skills to navigate professional interactions., • Experience of accountability for budgets and resource planning. You will have a track record of academic excellence, hold a relevant postgraduate degree or equivalent professional experience, and have proven technical capabilities as a Physicist. We are keen to hear from experienced Physicists with a background in any sector. Awerian is a defence and security technology consultancy comprised of approximately 40 scientists and engineers, and part of the TTP Group. You will work at our state‑of‑the‑art facility based just outside of Cambridge. With little hierarchy and no corporate hoops to jump through, this flat structure encourages mutual support, teamwork, and innovation. It also creates unique opportunities to develop skills in project leadership and client management, keeping your professional development on track. Awerian is continuing its rapid growth plan, making this a great time to join our multi‑disciplinary team. You will be part of building on our successful track record and develop your career at the cutting edge of technology, supported by a team of experts. We’re a business of individuals – but our curiosity brings us together and drives what we do. Whether you’re leading a project or part of a team, the whole structure of Awerian is designed to help you connect, thrive, and feel included. • Annual profit‑related bonus, • Virtual shares that reward you with a stake in TTP Group’s long‑term success, • Employer pension contribution of 10% of salary, • Private medical insurance for employees and dependants, • Free onsite lunch, • Life insurance worth 6× salary, • 25 days holiday, • Enhanced parental leave and flexible return‑to‑work support, • Electric car leasing and cycle‑to‑work schemes, • Interest‑free travel season ticket loan, • Local sports facilities and theatre discounts and memberships, • Comprehensive relocation support (if applicable) You will need to be eligible for UK security clearance. Please note this role is not eligible for UKVI sponsorship visa scheme. #J-18808-Ljbffr

Cambridge, United Kingdom | Posted on 23/12/2025 • Salary £65,000 – £90,000 / year (Depending on Experience), • City Cambridge, • Province Cambridgeshire, • Country United Kingdom, • Postal Code CB24 MastarRec is a specialist recruitment and staffing agency supporting high-growth and technology-driven industries across the United Kingdom, the United States, and global markets. We partner with organizations to deliver tailored staffing solutions focused on quality, integrity, and long-term value for both clients and candidates. Job Description We are seeking a highly skilled and experienced batteryTechnology Expert to join a cutting-edge team in the Sustainable Energy sector. You’ll play a critical role in the research, development, andoptimization of advanced battery systems, with a focus on lithium-ion, solid-state, or next-generation chemistries. This role is ideal.For a hands-on engineer or scientist with a passion for innovation in energystorage, renewable integration, and electric mobility. Job Responsibilities • Leadresearch and development of advanced battery technologies,including material selection, cell design, and performance testing, • Analyseelectrochemical data to improve battery performance, safety, and longevity, • Collaboratewith cross-functional teams including materials scientists, manufacturingengineers, and product managers, • Designexperiments to evaluate battery degradation, thermal behaviour,and charging protocols, • Developsimulation models and testing frameworks for battery performanceoptimization, • Contributeto technical papers, patents, and industry white papers, • Evaluatenew suppliers and materials for integration into battery systems, • Ensurecompliance with safety standards, industry regulations, and environmentalrequirements Required Skills • Deepunderstanding of electrochemistry, battery materials, and energystorage systems, • Hands-onexperience with lithium-ion, solid-state, or lithium-sulfur battery technology, • Familiaritywith battery management systems (BMS) and safety protocols, • Stronganalytical skills in battery performance, cycle life, and failure modes, • Proficiencyin lab instrumentation, test automation, and data interpretation tools Desired Skills • Experiencewith simulation tools (COMSOL, ANSYS, MATLAB, Python), • PhDin materials science, electrochemistry, chemicalengineering, or related field, • Knowledgeof energy markets, EV battery trends, and grid-scalestorage, • Experiencein scale-up, manufacturing process development, or industrialR&D partnerships, • Publishedresearch or filed patents in relevant areas, • Competitivesalary and annual performance bonus, • Hybridworking model with flexible hours, • Accessto advanced lab and R&D facilities, • Privatemedical insurance and company pension scheme, • Professionaldevelopment and training support, • Opportunityto work on mission-critical projects in green energy innovation, • Sponsorshipfor patents and research publications #J-18808-Ljbffr

Neural Concept’s Vertical Solutions team turns the most critical engineering use cases into streamlined, production-grade workflows empowered by leading AI technologies. As Senior Vehicle Solution Owner, you will use a decade of automotive engineering experience to lead one of the most strategically important parts of our automotive offering. You will define the Vehicle Body solution — built on top of the Neural Concept platform — combining design, simulation and data-science/ML to compress development cycles across the full breadth of vehicle attributes. You will partner directly with leading OEMs to understand their needs and translate them into solution direction and product strategy. If you have spent your career as a chief engineer, attribute lead or technical specialist designing cars, this is a unique chance to step out of a single program and shape, at industry scale, how vehicle are engineered with AI. • Own the Vehicle solution end to end. Define and deliver competitive, replicable solutions for automotive vehicle engineering on the Neural Concept platform, spanning the full breadth of body attributes., • Partner with lead customers. Lead discovery interviews with OEM and Tier-1 customers, build trusted strategic relationships, validate solutions against real-world requirements, and expand product scope to cover a larger part of the design process., • Work hands-on with ML engineers and scientists. Collaborate closely with a cross-functional team of CAD/CAE/ML engineers — from prototype to production-ready solution — to advance what is possible in engineering design with AI., • Enable go-to-market teams. Equip Sales, Solution Engineering, and Marketing with the domain knowledge, value proposition, and materials they need to position the Vehicle solution credibly with senior automotive stakeholders., • Support strategic customers and partners. Represent Neural Concept in high-level technical and strategic discussions, monitor key customer projects within the vertical to ensure alignment and value delivery, and align vertical initiatives with overall company strategy., • 10+ years in the automotive industry designing vehicles, in a role such as chief engineer, attribute lead, or technical lead focused on key performance attributes (e.g. aerodynamics, crash/structural safety, thermal)., • Proven track record of owning vehicle engineering decisions across the full development cycle: requirements, concept, modeling and simulation, validation, testing, and release., • Experience building and influencing relationships with senior engineering stakeholders at OEMs., • Hands-on understanding of CAD, PLM, simulation (CAE), physical and virtual testing, and design for manufacturing., • Fluent in the workflows and tools automotive body engineers use — for example CATIA / NX and Teamcenter / 3DEXPERIENCE (CAD/PLM); LS-DYNA, Pam-Crash, Radioss, Abaqus, Nastran (crash/structural); StarCCM+, OpenFOAM, PowerFLOW (aero/thermal)., • Comfortable working with data-driven engineering approaches., • Pragmatic problem solver — focused on impact, not buzzwords; willing to look at engineering from a new angle and challenge established ways of working., • Strong customer discovery skills and empathy, with the credibility to engage senior automotive leaders., • Strategic thinker who can move fluidly between long‑term direction and hands‑on, cross‑functional delivery., • Hands‑on experience with Python, AI tools, and ML/data‑science processes., • Exposure to applying machine learning or surrogate modeling to engineering design. Automotive VehicleBody Aerodynamics Crash Thermal CAD CAE PLM DFM SimulationAI DeepLearning • Work with a world‑class technology team — our engineers are top‑notch, and we always aim for excellence., • Benefit from a competitive salary and rewarding opportunities as we continue to scale., • Thrive in a collaborative, multicultural environment where your work is visible and recognized., • Develop professionally alongside talented colleagues who share knowledge freely and support one another., • Make a global impact by helping customers shift to AI‑assisted design, making innovation faster, smarter, and more sustainable., • Balance life and work with a hybrid model (40% remote) and flexible hours — we care about results, not rigid schedules. We're proud to be an equal opportunity employer, and we're committed to building a diverse and inclusive environment where you can thrive. #J-18808-Ljbffr

Want to lead projects where software, electronics, optics and mechanical engineering all come together to build something that goes into space? Our client is a fast-growing University of Cambridge spin-out developing advanced space telescopes for thermal imaging Earth Observation. With a team of around 40, they are small enough that your work is visible and makes a real difference, and ambitious enough that every milestone matters. They are looking for a hands-on Senior Project Manager to take ownership of complex, multidisciplinary hardware projects from budget to delivery. • Leading end-to-end delivery of multidisciplinary product development projects across software, electronics, optics and mechanical systems, • Building and managing project budgets across the full product lifecycle (a big part of the role), • Planning, tracking and driving delivery against milestones, resources and risks, • Reporting to senior leadership and keeping stakeholders and partners aligned, • Spending around 20% of your time improving and standardising how projects are run across the team, • Proven experience leading hardware or integrated hardware and software product development projects, • Confidence building and owning budgets across a full product development lifecycle, • Experience from space, aerospace, automotive, defence, medical devices, instrumentation or a similar product-led industry (space experience is a bonus, not a must), • A grounding in structured project management such as PRINCE2, APM or Agile, • A hands-on, start-up mindset and the energy to thrive in a milestone-driven environment, • Work on genuinely cutting-edge space technology for Earth Observation, • Shape project processes in a growing business, • A clear route to Head of Projects as the team grows, • Hybrid: 3 days on site, 2 from home (after probation), • Flexible hours #J-18808-Ljbffr

Tokamak Energy is a global leader in fusion energy and high temperature superconducting (HTS) technologies. We work with governments and industry to develop and bring fusion and HTS solutions to market through innovation and strategic partnerships. A major part of this is our end to end capability in HTS systems, from design to manufacturing. We are the Magnet Systems Partner for the UK Government's STEP Fusion programme, under a £70million contract running to 2029, working with UK Fusion Energy to deliver HTS magnet systems for the STEP prototype power plant, while also contributing to tokamak systems and plasma integration. Founded in 2009 as a spin-out from the UK Atomic Energy Authority, Tokamak Energy is headquartered in Oxfordshire, with subsidiaries in the United States and Japan. Today, we employ over 300 people and have secured more than £280 million in investment. We operate through three divisions{{:}} Fusion - Fusion energy technologies, expertise and testbeds for government and private fusion programmes, including ST40, the world's highest field spherical tokamak. TE Magnetics - HTS systems for commercial applications including fusion energy, power distribution, life sciences, and propulsion. Ridgway Machines - Manufacturing equipment for the superconducting, electrical and wider energy sectors, enabling the rapid industrialisation of HTS products. This role is focused on the mechanical and structural design, analysis and development of superconducting magnets. You'll work on complex engineering challenges involving structural modelling, material behaviour, thermal performance and mechanical integrity of magnet systems. If your background is in finite element analysis, structural simulation and mechanical engineering using tools such as ANSYS Mechanical and ANSYS Workbench, we'd like to hear from you. This is not primarily an electromagnetic modelling role. • Develop mechanical and structural designs for HTS magnet systems, • Build, validate and improve detailed finite element models using ANSYS Mechanical and ANSYS Workbench, • Analyse stresses, strains, thermal effects and structural performance of complex magnet assemblies, • Own the mechanical development of magnet designs from concept through testing and validation, • Maintain and develop the mechanical materials database, ensuring appropriate material models are used within simulations, • Work closely with test engineers to correlate physical test data with simulation results, • Produce clear technical reports and recommendations based on modelling and experimental findings, • Collaborate with multidisciplinary engineering teams to support programme delivery and technology development, • Support prototyping, testing and commercialisation activities, • Degree in Mechanical Engineering or a closely related engineering discipline, • Strong experience in structural analysis and finite element modelling, • Advanced knowledge of ANSYS Mechanical and ANSYS Workbench, • Experience analysing complex mechanical systems and structures, • Understanding of material properties, structural behaviour and engineering validation methods, • Ability to interpret test results and correlate them with simulation outputs, • Experience working within multidisciplinary engineering environments, • Experience of superconducting magnets, cryogenic systems or high-field technologies, • Experience using MATLAB or Python, • Experience within fusion, aerospace, energy, scientific research or other high-technology sectors, • Familiarity with COMSOL or coupled multiphysics environments, • Salary range up to £65,000 dependent on skills and experience and will be discussed from the outset, • 25 days holiday + bank holidays, plus discretionary festive shutdown, • Performance-led rewards including discretionary bonus, innovation and merit schemes, • Share options - a stake in our future success, • Pension and comprehensive financial protection package including death in service and critical illness cover, • Health and wellbeing support, including cash plan and 24/7 assistance, • Ongoing investment in your growth with training and career progression, • Be part of world-changing innovation in Fusion Energy No terminology in the advert or job description is intended to discriminate on the grounds of a person's age, disability, gender reassignment, marriage or civil partnership, pregnancy or maternity, race, religion or belief, sex, or sexual orientation. Every candidate will be assessed only in accordance with their merits, qualifications and abilities to perform the duties of the job. Please note that the appointment of the successful candidate will be subject to standard pre-employment screening, as applicable to the post. This will include right-to-work, proof of identity and references. Please note that any personal data submitted to Tokamak Energy as part of the job application process will be processed in accordance with the GDPR and related UK data protection legislation, for more information regarding GDPR please see{{:}} https{{:}}//www.gov.uk/government/publications/guide-to-the-general-data-protection-regulation Entry into employment with the Tokamak Energy and progression within employment will be determined only by personal merit and the application of criteria which are related to the duties of each post and the relevant salary structure. In all cases, ability to perform the job will be the primary consideration. No applicant or member of staff shall be discriminated against because of age, disability, gender reassignment, marriage or civil partnership, pregnancy or maternity, race, religion or belief, sex, or sexual orientation. #J-18808-Ljbffr

Selection changes the language of the page/content Do you love creating elegant solutions to highly complex challenges? Do you intrinsically see the importance in every detail? As part of our Silicon Technologies group, you will help design and manufacture our next-generation, high-performance, power-efficient Graphics processors (GPUs). You will ensure Apple products and services can seamlessly and expertly handle the tasks that make them beloved by millions. Joining this group means you will be crafting and building the technology that fuels Apple’s devices. Together, we enable our customers to do all the things they love with their devices. This role requires a mix of strategic engineering along with hands-on, technical work. You will be responsible for implementing complete chip designs from RTL to tape-out. Are you a confident problem solver who thrives under pressure to find new and creative solutions? Are you ready to help chart the future of Apple’s ecosystem? If so, we are excited to hear from you. • Work closely with the Front-End team to understand chip architecture and drive physical aspects early in design cycle., • Drive best in class Physical Design construction and optimization recipes for performance, power, and Area (PPA)., • Collaborate to drive methodologies and “best known methods” to streamline PD work, come up with guidelines and checklists, drive execution and track progress., • Be focal point for place and route drive the work among place and route engineers, set goals and breakthroughs, plan short and long-term work, understand dependencies between different domains like top, STA, block Place & Route., • Manage and resolve design and flow issues related to physical design, identify potential solutions and drive execution., • BSc/MSEE/M Eng/BEng or equivalent is required, • We value proven ability in all aspects of ASIC implementation including Synthesis, DFT insertion, Floorplanning, Clock and Power distribution, Place & Route and all aspects of timing, electrical and physical signoff., • Work with Front-End teams to understand the design architecture to drive optimal floorplanning and physical implementation through early RTL feedback., • Use design knowledge and state-of-the-art physical construction and optimization flow to push performance, power, and Area (PPA) of GPU designs., • Experience with multi-voltage, power gated and power retention will be an advantage., • Your practical knowledge with hierarchical design approach, top-down design, budgeting, timing and physical convergence will be an asset., • Showcase your experience on integrating IP from both internal and external vendors and be able to specify and drive IP requirements in the physical domain., • Your depth of expertise with large GPU designs (>20M gates) with frequencies in excess of 1GHz utilizing state-of-the-art technologies will serve you well., • We would like you to join our team if you have a detailed understanding of database management issues., • From a CAD tool perspective, experience crafting Floor-planning tools, P&R flows, global timing verification and Physical Design Verification Flows is required., • Familiar with various process-related design issues including Design for Yield and Manufacturability, multi Vt strategies and thermal management. At Apple, we're not all the same. And that's our greatest strength. We draw on the differences in who we are, what we've experienced and how we think. Because to create products that serve everyone, we believe in including everyone. Therefore, we are committed to treating all applicants fairly and equally. As a registered Disability Confident employer, we will work with applicants to make any reasonable accommodations. Apple will consider for employment all qualified applicants with criminal backgrounds in a manner consistent with applicable law. Learn more At Apple, we believe accessibility is a fundamental human right. You’ll find that idea reflected in everything here — in our culture, our benefits and our digital tools. By welcoming as many perspectives as possible, we help you build a career where you feel like you belong. Learn about accessibility in Apple’s workplace #J-18808-Ljbffr

This role is based at our Cambridge Science Park site at CB4 0GZ. Skilled Worker Visa support and Relocation assistance is available, if required. Filtronic is looking for a Mechanical Design Engineer to join our engineering team to work on a range of exciting RF and microwave products from concept through to volume production. With experienced engineers, advanced design tools and in-house RF/mmWave manufacturing capability, you will be able to develop your skills and experience designing high-frequency products as part of the Filtronic team. Our products range from low volume niche opportunity devices to high volume telecommunications, aerospace, defence and space-related applications. To provide end-to-end mechanical engineering support and leadership for advanced high-frequency RF systems, modules and amplifiers, ensuring that mechanical performance, thermal efficiency, reliability, manufacturability, quality and cost requirements are achieved. The role will involve the design of mechanically robust, lightweight and thermally efficient assemblies for demanding industrial, payload and high-reliability environments, including space-related applications. • Design precision mechanical components and assemblies for RF modules and systems, including lightweight structural enclosures, heatsinks, liquid cooling solutions and waveguide-based architectures., • Develop modular mechanical architectures suitable for integration into larger payload or system-level assemblies, considering mass, volume, mounting interfaces and serviceability., • Ensure designs meet RF, thermal, mechanical and environmental requirements, including EMI shielding, structural stiffness, tolerance control, CTE compatibility, vibration, shock and ingress protection., • Create detailed 3D CAD models and engineering drawings using SolidWorks., • Select appropriate materials, finishes and manufacturing processes to support product performance, reliability and manufacturability., • Perform thermal analysis and simulation, including CFD and conjugate heat transfer, to validate cooling strategies for high-power RF amplifiers and electronic assemblies., • Conduct structural and dynamic analysis using FEA for vibration, shock, fatigue and other load-case conditions typical of high-reliability payload deployment., • Review mechanical properties of parts and assemblies, including thermal performance, mechanical stress and environmental robustness., • Validate simulation models through physical testing and correlation with measured data., • Work closely with RF, electronics and systems engineers to optimise mechanical features that influence RF performance, including cavity geometry, surface finish, plating, tolerances and material selection., • Design mechanical solutions with consideration for waveguide structures, micro‑machined geometry, PCB integration and precision alignment., • Support electromechanical product concept design in collaboration with RF, electronics and PCB design teams., • Develop designs for manufacturability, assembly and cost reduction using processes including CNC machining, die‑casting, additive manufacturing and sheet metal manufacture., • Generate manufacturing documentation including bills of materials, GD&T drawings and assembly instructions., • Manage and control engineering drawings and documentation in accordance with Drawing Office standards and company processes., • Support suppliers and production teams during prototype build, first article approval and continuous improvement activity., • Contribute to design reviews as part of the company’s ISO and NPI processes., • Support engineering change activity through ECN/ECO processes., • Support the build and test of mechanical prototypes and development hardware., • Support environmental and reliability testing including thermal cycling, humidity, vibration, thermal shock and drop testing., • Work with test and process engineering to develop production hardware, jigs and fixtures to optimise build and test efficiency., • Provide technical support to internal stakeholders, customers and external partners throughout the product lifecycle. Requirements • Degree or equivalent qualification in Mechanical Engineering., • Strong 2D and 3D CAD skills, with SolidWorks preferred., • Experience designing high-precision mechanical assemblies, ideally for constrained, high-reliability or technically demanding environments., • Understanding of PCB integration, RF shielding and EMI/EMC considerations., • Strong understanding of materials and manufacturing processes, preferably including CNC machining of aluminium alloys and lightweight structures., • Excellent understanding of GD&T and engineering drawing standards., • Experience developing drawings for machined, cast, moulded, punched or sheet metal parts., • Ability to work effectively within cross-functional engineering teams., • Experience with PDM/PLM systems and engineering change processes., • Must be a highly motivated individual able to interface effectively with internal and external customers., • Experience with payload systems or deployment environments such as space, aerospace, defence or telecoms infrastructure., • Experience with industrial system design., • Hands‑on experience with FEA and thermal simulation tools, preferably SolidWorks Simulation or SolidWorks Flow., • Familiarity with RF/mmWave product development, including waveguides, filters, amplifiers and high-frequency assemblies., • Knowledge of lightweighting techniques and structural optimisation for mass-constrained designs., • Experience with high-reliability and qualification-driven design standards, such as MIL-STD or ECSS., • Familiarity with environmental testing such as thermal vacuum or vibration qualification., • Knowledge of RoHS and WEEE compliance., • Experience supporting supplier development, first article inspection or production readiness activity., • Strong problem‑solving ability with excellent attention to detail., • Positive, proactive and hands‑on approach., • Ability to manage multiple projects and priorities in parallel., • Clear and effective communicator across multidisciplinary teams, suppliers and customers., • Self‑motivated, adaptable and eager to learn new tools, processes and technologies., • Team player with a strong customer focus. Benefits • Salary benchmarked to attract the strongest candidates., • 37.5 hour working week, • 25 days’ holiday plus public holidays, with the option to buy up to 5 additional days, • Contributory pension scheme with up to 8% company contribution, • Life Assurance, • Income Protection InsuranceSave As You Earn (SAYE) share scheme, • Electric Vehicle (EV) scheme, • Cycle to Work scheme, • Volunteering day, • Learning and development opportunities We are always happy to answer any questions you may have about the role, what we do, our culture or what it is like to work at Filtronic. At Filtronic, we believe diverse perspectives drive innovation. We're committed to creating an inclusive workplace where everyone is treated with respect and has the opportunity to succeed. We welcome applications from all suitably qualified candidates regardless of age, disability, gender reassignment, marriage or civil partnership, pregnancy and maternity, race, religion or belief, sex or sexual orientation. If you require any reasonable adjustments during the recruitment process, please let us know. We'll be happy to support you throughout your application journey. #J-18808-Ljbffr

Filtronic is seeking a Mechanical Design Engineer to join our engineering team and develop RF and microwave products from concept through production. You will design robust, lightweight mechanical assemblies, create detailed CAD models, and work with RF, electronics and PCB teams to optimise performance. The role emphasizes thermal management, EMI shielding and reliability in high-reliability environments, including space-related applications. #J-18808-Ljbffr

Do you love creating elegant solutions to highly complex challenges? Do you intrinsically see the importance in every detail? As part of our Silicon Technologies group, you’ll help design and manufacture our next-generation, high-performance, power-efficient GPU. You’ll ensure Apple products and services can seamlessly and expertly handle the tasks that make them beloved by millions. Joining this group means you’ll be crafting and building the technology that fuels Apple’s devices. Together, we enable our customers to do all the things they love with their devices. This role requires a mix of strategic engineering along with hands-on, technical work. You will be responsible for implementing complete chip design from netlist to tapeout. You will have hands on experience in physical design and large chip integration. As a GPU Top Level Physical Design engineer, you will collaborate with FE team to understand RTL and drive physical aspects early in design cycle. You will drive innovation with the physical design team, as you develop methodologies and “best known methods” that will enable best-in-class GPU design. You will develop PD guidelines and checklists, drive execution, and supervise progress. Be the focal point for place and route integration at the top level. You will need to communicate and drive the needs of PD with cross-functional teams that will enable achieving the goals of the back-end design for the project. • Minimum of BSc/MSc in EE and some relevant experience., • Familiar with ASIC integration including Floorplanning, Clock and Power distribution, global signal planning, I/O planning and hard IP integration., • Experience integrating IP from both internal and external vendors and be able to specify and drive IP requirements in the physical domain., • Experience with Physical Design topics: multiple voltage and clock domains, ESD solutions, and mixed signal block integration., • Experience with large subsystem designs (>20M gates) with frequencies in excess of 1GHz applying brand new technologies., • Familiar with various process related design issues including Design for Yield and Manufacturability, multi Vt strategies and thermal Mgt., • Proven track record in solving complex PD and cross functional problems, driving results directly and or directing a team of engineers to innovate and execute on world class designs., • Understanding of GPU architecture and design units., • Experience with hierarchical design approach, top-down design, budgeting, timing and physical convergence., • Experience with Floorplanning tools, P&R flows, global timing verification and Physical Design Verification Flows. At Apple, we're not all the same. And that's our greatest strength. We draw on the differences in who we are, what we've experienced and how we think. Because to create products that serve everyone, we believe in including everyone. Therefore, we are committed to treating all applicants fairly and equally. As a registered Disability Confident employer, we will work with applicants to make any reasonable accommodations. Apple will consider for employment all qualified applicants with criminal backgrounds in a manner consistent with applicable law. At Apple, we believe accessibility is a fundamental human right. You’ll find that idea reflected in everything here — in our culture, our benefits and our digital tools. By welcoming as many perspectives as possible, we help you build a career where you feel like you belong. Learn about accessibility in Apple’s workplace Role Number: 200687412-1251 #J-18808-Ljbffr

ECM Selection (Holdings) Limited in Cambridge is seeking an experienced NPI Engineer to move electronic product concepts through to manufacture. You will lead process improvements, design test strategies, create documentation, and manage the build, evaluation, and compliance of proto boards. The role requires a 1st or 2:1 degree in electronics, hands-on PCB prototyping experience, and knowledge of EMC, thermal management and design for manufacture. UK work permission is essential. #J-18808-Ljbffr

• Technical Discipline: Mechanical Engineering, • Department: Awerian Role: Mechanical Design Engineer – Consultant Contract: Permanent Salary: Competitive + Excellent Benefits package Location: Cambridge Breakthrough technology is vital for strengthening the UK’s Defence and Homeland Security. As a Mechanical Engineer at Awerian, you will be at the forefront of this innovation race to defend and protect the UK from the latest technological and cyber threats. Your work will have a real-world impact. You will get to explore pioneering concepts by collaborating with elite multi-disciplinary teams of highly educated and skilled scientists, engineers, and designers. You’ll see ideas become a reality as you create impactful solutions through Awerian’s rapid approach to design and implementation. It’s a fantastically challenging, varied, and agile role. As a Mechanical Engineer, you will tackle diverse, real-world challenges from the ground up. Typically, this will involve going through the whole product life cycle: capturing requirements, designing, developing, documenting, testing, and delivering through to production. Awerian’s wide variety of intriguing projects, from proof-of-concept through to working prototypes, provide both intellectual and practical challenges. Your work will involve creating and evolving a wide range of designs which may include products, assembly jigs, test equipment, and instrumentation. There will also be opportunities to present proposed solutions through sketches, animations, and renderings as part of the build, testing, and troubleshooting process. Requirements You will have a track record of academic excellence, hold a relevant degree, and have proven technical capabilities with notable experience in a number of the following areas: • Experience with a CAD package, preferably Solidworks, or other packages such as Catia, Creo, or AutoCAD, • Experience in CAD design, manufacturing, design for manufacture, welding, and fabrication design., • Thermal simulation or thermal modeling experience, • Experience using or basic understanding of PDM (product data manager)., • Design for integration with electronics/PCBs, • Liaison with supply chains to jointly solve technical problems, • Ruggedised design for challenging environments, • Miniaturised design for small form factors, • Additive manufacture, • Expertise in the use of hand tools, mechanical build, etc. Why Awerian? Awerian is a defence and security technology consultancy comprised of ~35 scientists and engineers. You will work at our smart and well-equipped offices and laboratories based just outside of Cambridge. Immediately, you will be encouraged to share and implement your ideas - there’s no ‘newbie’ status, and you’ll benefit from our culture of freedom. TTP Group is an employee-owned trust. With little hierarchy, there are no corporate hoops to jump through. This, along with our flat structure, encourages mutual support, teamwork, and innovation. It also creates unique opportunities to develop skills in project leadership and client management to keep your professional development on track. Awerian is continuing its rapid growth plan, making this a great time to join our multi-disciplinary team. You will be part of building on our successful track record and developing your career at the cutting edge of technology. You will be supported by our team of experts. We’re a business of individuals – however, our curiosity brings us together and drives what we do. Whether you’re leading a project or part of a team, the whole structure of Awerian is designed to help you connect, thrive, and feel included. The Company and Benefits: Awerian is a defence and security technology consultancy comprised of ~45 scientists and engineers. We are part of TTP Group, an employee-owned trust, with attractive employee benefits including: • Employer pension contribution of 10% of salary +3% personal contribution, • Private medical insurance for you and your family and life insurance, • Enhanced family friendly leave, • Electric vehicle leasing & cycle to work scheme, • Access to TTP Group social and sport clubs and an on-site gym, • Discounts and memberships to local sports facilities and the theatre You will need to be eligible for UK security clearance. Please note this role is not eligible for the UKVI sponsorship visa scheme. We review CVs on an ongoing basis and will arrange interviews promptly upon receiving suitable applications. Our business revolves around collaborating with one another to tackle genuinely hard problems. Equality and diversity in the workplace are some of the most challenging problems facing society. We continuously strive to do better, and we fundamentally believe in the power and importance of diversity – both for our community and for the overall success of our business. We therefore encourage applications from all individuals. Whatever your background, whatever your identity: we would love to hear from you. #J-18808-Ljbffr

Location: Waterbeach, UK Department: Engineering Reports to: Director of Operations & Technology Type: Full-time, Permanent Company Profile Thermoteknix Systems Ltd, founded in 1982 and based in Cambridge, is a world leader in thermal imaging, night vision, and augmented reality systems. Our award-winning technologies are trusted by defence, security, and industrial customers in over 70 countries. With in-house R&D, cutting-edge innovation, and a global reputation for quality, we design and manufacture solutions that perform in the toughest environments. Role Overview Reporting directly to the Director of Operations & Technology, the Head of Engineering will have responsibility for the leadership, performance and delivery of the Engineering function at Thermoteknix. This senior leadership role leads a multidisciplinary engineering organisation spanning electronics engineering, software engineering, mechanical engineering, production engineering, project and programme management, and innovation. The Head of Engineering will ensure that programmes are delivered effectively, technical standards remain high, resources are deployed appropriately and teams work efficiently across disciplines. Success in the role requires a strong engineering background combined with excellent people leadership, organisational capability and commercial judgement. The Head of Engineering will create an environment that balances innovation and technical excellence with delivery, manufacturability, reliability, cost, quality and schedule. The Head of Engineering will work in close partnership with the Technology & Operations Director to align engineering strategy with wider business and operational priorities. Key Responsibilities Engineering Leadership & People Management • Lead and develop the Engineering function, promoting a high-performing, accountable and collaborative culture based on ownership, urgency, technical excellence and continuous improvement., • Directly manage the managers responsible for Electronics, Software Engineering, Mechanical Engineering, Production Engineering, Project & Programme Management, and Innovation, setting clear objectives and holding them accountable for delivery, quality, resources and team performance., • Develop the engineering management team through coaching, constructive challenge and succession planning, supporting managers in resolving significant technical, people and delivery issues., • Ensure that the engineering departments operate as one integrated function, with clear responsibilities, effective interfaces and strong communication, coordination and ownership across disciplines., • Lead regular engineering management reviews covering programme status, resource requirements, technical risks, departmental priorities and key decisions. Engineering Delivery & Technical Excellence • Take overall responsibility for engineering delivery across multiple concurrent development programmes, working closely with the Project & Programme Manager to ensure that projects are properly planned, resourced and prioritised, risks and bottlenecks are addressed, and agreed timescales are met., • Maintain high standards of engineering design, technical documentation, verification and design review., • Lead new product development from concept through prototyping, qualification and production, incorporating manufacturability, reliability, cost, quality and supply-chain considerations from the outset and working with Production and Operations to ensure effective transfer into manufacture., • Support major customer programmes, tenders and technical discussions where senior engineering input is required., • Drive engineering productivity through simplification, automation and AI-assisted development. Strategic Leadership & Business Alignment • Work in close partnership with the Director of Operations & Technology to align engineering priorities with wider business objectives, review performance, programme delivery, resource capacity, capability and technical risk, and agree appropriate actions on recruitment, investment and material issues., • Collaborate with the senior leadership team, Chief Scientist, and Product Manager to develop technology and engineering roadmaps aligned with business priorities. Required Skills & Experience • A strong engineering or technical background, supported by a degree in Engineering, Physics or a related discipline., • Significant experience leading multidisciplinary engineering teams, including managing engineering managers and senior technical staff., • A proven track record of delivering complex hardware and software products from development into manufacture., • Strong skills in programme delivery, resource allocation and priority management, with the ability to oversee multiple concurrent development programmes., • Good commercial awareness and a clear understanding of how engineering decisions affect cost, schedule, quality and product performance., • Strong leadership, communication and decision-making skills., • The ability to operate effectively at both strategic and detailed technical levels. Applicants must have the right to work in the UK at the time of application. Unfortunately, we are unable to provide visa sponsorship for this role. • Involvement in cutting-edge imaging technologies., • Collaborative working environment with strong technical expertise., • Training and career development opportunities., • Competitive salary and benefits package. #J-18808-Ljbffr

Cambridge Aerospace looking for highly capable Warhead & Lethality Engineers to lead the design, integration, modelling and evaluation of advanced warhead systems across a range of programmes. This is an opportunity to work across the full product lifecycle, from early concept development through analysis, testing, qualification and production support. You will combine deep technical expertise with a collaborative approach, working closely with systems, guidance, mission operations and test teams to deliver innovative and effective solutions. • Lead the design, analysis and integration of warhead systems within missile and aerospace platforms., • Apply advanced engineering principles, scientific methods and analytical techniques to solve complex technical challenges., • Conduct warhead performance assessments, lethality studies and vulnerability analyses., • Perform hydrocode modelling and simulation to support design development and validation activities., • Define warhead requirements and interface specifications in collaboration with systems engineering, guidance, navigation and control (GNC), mission systems and platform teams., • Support system-level performance modelling and trade studies., • Plan, support and analyse warhead development, qualification and acceptance testing activities., • Work closely with the energetics and ordnance testing teams to design scientifically robust test programmes and evaluate results., • Support the transition of designs from development into production., • Produce high-quality technical documentation, reports, requirements, test plans and design reviews., • Ensure technical rigour, engineering excellence and compliance with applicable standards throughout the development lifecycle., • Provide technical leadership and mentorship to junior engineers where appropriate., • Bachelor’s degree in Engineering, Physics, Mathematics or another relevant STEM discipline., • At least five years of experience in the development of warheads from conceptual design through final test / assembly., • Working knowledge or experience with either missile design or development, production support and integration., • Strong understanding of explosives, energetics and warhead performance principles., • Demonstrated ability to develop and lead collaborative efforts with other technical disciplines including structural, thermal, and aerodynamics., • Experience with MoD customers and/or associated contractor executives and technical leadership., • Competitive compensation and stock options, • Private Medical & Dental, • Cycle to work scheme, • Lunchtime catering on site #J-18808-Ljbffr

Taking innovative electronics designs through to manufacture This established Cambridge technology company is renowned for developing world-leading connectivity solutions for a wide range of applications. They are seeking an experienced NPI engineer to join and help them take these designs through to manufacture. As an NPI Engineer, you would be key to ensuring that new product concepts transition smoothly through to manufacturing. This will involve you working closely with colleagues and manufacturing partners, taking the lead on improving processes and designing test strategies, creating documentation, and managing the build of prototype boards, their evaluation, and ensuring compliance with industry standards. • A 1st or 2.1 degree in electronics or closely related discipline, • Expertise with prototyping PCBAs and an understanding of subjects such as EMC and thermal management, quality standards, and design for manufacture, and obsolescence, • Prior experience of bringing new (preferably high speed or embedded) electronic products to manufacturing, • Practical hands-on electronic engineering skills, problems solving ability, and proficiency with Gerbers and BOMs, • Full, existing UK work permission without time limit or the need for sponsorship This is a great opportunity to join a friendly and innovative engineering-led company that is part-owned by its employees. A highly competitive salary and benefits package is available to the successful candidate. They are based in modern offices close to Cambridge. Keywords: NPI, Transition to Manufacture, PCBA, High Speed Electronics, EMC, Compliance, Cambridge #J-18808-Ljbffr

This established Cambridge technology company is seeking an experienced NPI engineer to drive designs from concept to manufacture and lead process improvements, test strategy design, and documentation. You will manage prototype boards, evaluation, and ensure EMC/thermal compliance, working with manufacturing partners to streamline transitions to production. The role requires hands-on electronics experience, a 1st or 2.1 degree in electronics, and UK work permission. #J-18808-Ljbffr

GM Performance Power Units - Concord, NC HiL Plant Modeling & Configuration Engineer - Onsite Job Summary GM Performance Power Units is seeking a highly motivated HiL Plant Modeling & Configuration Engineer to own development of the real-time power-unit plant models used to support testing and validation of Formula 1 control software. Based in Concord, North Carolina, this role offers a unique opportunity to contribute to a foundational area of our F1 program and join a world-class Electronics & Controls team. The HiL Plant Modeling & Configuration Engineer will develop, integrate, correlate, and maintain the dynamic plant models required to operate the TAG-700 SECU in a closed-loop HiL environment. The primary scope covers the Formula 1 power unit, including the internal combustion engine, air path, fuel system, turbocharger, energy recovery system, hydraulics, gearbox, differential, electrical network, thermal systems, sensors, and actuators. Vehicle-side models will be integrated from the responsible simulation teams. A key responsibility will be selecting model fidelity against the targeted control functions, required dynamic bandwidth, correlation accuracy, and real-time execution budget. The objective is a balanced simulation that captures the interactions needed to support closed-loop controls validation without unnecessary complexity. Key Responsibilities HiL Plant Modeling and Integration • Own development, integration, correlation, and maintenance of the real-time power-unit plant models required to operate the TAG-700 SECU in a closed-loop HiL environment., • Work with simulation teams from GMPPU, GM Motorsports, and Cadillac F1 to create a modular representation of the ICE, air path, fuel system, turbocharger, ERS, electrical and thermal systems, gearbox, differential, sensors, actuators, and supporting interfaces, while integrating vehicle-side models from the responsible teams. Model-Fidelity Strategy • Work with simulation teams from GMPPU, GM Motorsports, Cadillac F1, and subsystem subject-matter experts to select fidelity based on targeted control functions, required bandwidth, correlation accuracy, available data, and real-time execution budget., • Convert detailed engineering models into efficient real-time representations, applying fidelity where it creates measurable controls-validation value. Model Correlation and Validation • Validate plant models through correlation against dyno, component, track, and higher-fidelity simulation data., • Define correlation criteria and document model assumptions, operating ranges, limitations, parameter sources, intended use cases, and validated operating envelope. HiL Hardware and Real-Time Platform • Work with electrical engineers to specify, configure, commission, and optimize the SECU HiL platform., • Develop detailed supplier requirements covering real-time processors, I/O, signal conditioning, actuator loads, communication interfaces, electrical fault insertion, controller power sequencing, and crankshaft and camshaft signal generation. Real-Time Platform Performance • Monitor processor loading, execution timing, communication performance, and model stability to ensure efficient, deterministic, and reliable operation of the HiL environment. Closed-Loop Test Support and Fault Simulation • Provide a representative and repeatable environment for controls and validation engineers to test TAG-700 software under normal operation, transients, operating limits, degraded modes, and sensor, actuator, electrical, or communication faults., • Support reproduction of relevant dyno and track conditions; ownership of control-validation testing remains with the validation teams. Automation and Configuration Management • Support automated testing by making plant parameters, operating conditions, faults, and measurement channels configurable within the HiL environment., • Maintain plant models, parameters, I/O configurations, hardware mappings, and supporting utilities under structured version and configuration control. Required Qualifications • Bachelor’s or Master’s degree in Mechanical, Electrical, Controls, Automotive, Aerospace, Mechatronics, or a related engineering discipline., • Four or more years of experience developing and integrating dynamic-system models for closed-loop control applications. Experience with fixed-step real-time simulation is preferred; deployment of plant models to HiL platforms is highly desirable., • Strong proficiency with MATLAB and Simulink for dynamic-system modeling, simulation, data analysis, and model integration., • Experience developing and integrating multi-domain plant models for closed-loop control applications, with the ability to adapt models for fixed-step real-time execution., • Practical understanding of fixed-step simulation, solver selection, task scheduling, model execution rates, numerical stability, state initialization, and deterministic real-time execution., • Familiarity with dSPACE, Speedgoat, or a comparable real-time simulation platform., • Working knowledge of internal combustion engines, hybrid powertrains, electric machines, driveline systems, sensors, actuators, and embedded controller interfaces., • Experience using test data or higher-fidelity simulation results for model parameterization, correlation, and validation., • Strong systems-level thinking, technical communication, problem-solving, and cross-functional collaboration skills. Preferred Qualifications • Hands-on experience deploying and commissioning real-time plant models on HiL platforms for Formula 1, motorsport, hybrid powertrains, advanced automotive controls, aerospace propulsion, or another performance-critical system., • Hands-on model-development experience in several power-unit domains, such as engine-speed dynamics, combustion torque, gas exchange, turbochargers, electric machines, inverters, batteries, thermal systems, hydraulics, or gearbox and driveline dynamics., • Experience with Functional Mock-up Interface, Functional Mock-up Units, co-simulation, reduced-order modeling, surrogate modeling, or model exchange between simulation environments., • Experience enabling automated test frameworks, fault injection, regression testing, and requirements-based validation through configurable HiL environments., • Familiarity with Formula 1 power-unit architecture, TAG-700 hardware, motorsport data systems, and dyno or trackside development environments. Why Join Us Ready to be part of a team that pushes boundaries both on and off the track? At GM Performance Power Units, we are developing a new era of performance for the Formula 1 grid. Joining us means entering a startup racing environment backed by a legacy of engineering excellence, giving you the rare opportunity to help build a world-class program from day one. We believe in rewarding innovation and powering potential. As part of our team, you’ll benefit from a competitive and comprehensive package designed to support your performance, well-being, and future, helping you thrive at every level. That includes access to: • Bonus scheme, • Private healthcare, • 401(k) plan including company match, • Employer-paid life insurance and disability coverage, • 32 days annual leave (including holidays), • Free financial advisor access, • Employee Assistance Programs (EAP), • Subsidized on-site dining, • On-site gym, • Discounted GM vehicle purchase/lease program, • Free on-site EV charging for personal GM vehicles It’s all part of our commitment to creating a workplace that’s as high-performing and forward-thinking as the people who make it succeed. Join us and help power what’s next. You’ll play a pivotal role in ensuring the reliability and performance of a next-generation Formula 1 power unit. Our culture rewards precision, innovation, and the relentless pursuit of performance. Please note: GM Performance Power Units and all affiliated companies are Equal Opportunity employer(s). Minorities, women, veterans, and individuals with disabilities are encouraged to apply. For more information regarding the EEOC, please visit https://www.eeoc.gov/employers/upload/posterscreenreader_optimized.pdf. Only direct hires need apply to or inquire about job postings at GM Performance Power Units. We are not accepting calls, resumes or applications from recruiting firms at this time.

GM Performance Power Units - Concord, NC Energy Management Engineer - Onsite Job Summary GM Performance Power Units is seeking a highly motivated Energy Management Engineer to support the development, testing, and trackside operations of our Formula 1 Power Unit. Based in Charlotte, North Carolina, this role offers a unique opportunity to contribute to a foundational area of our F1 program and join a world-class Electronics & Controls team. The Energy Management Engineer designs the control and measurement strategies that accurately track and estimate fuel and electrical energy usage across the power unit, ensuring full compliance with FIA regulations. These strategies are implemented on the TAG-700 control unit using the MA toolchain, forming a critical piece of the technical foundation that will lead to race wins for our advanced hybrid power unit, targeted for debut with the Cadillac F1 Team. Key Responsibilities Energy Measurement & Estimation Strategy • Design control and measurement strategies that accurately measure and estimate fuel energy consumption and electrical energy usage and electrical energy storage across the power unit. These strategies provide the foundation for compliant and competitive energy management across a race weekend., • Develop signal processing, sensor fusion, and estimation algorithms that translate raw fuel flow, battery, and electrical system measurements into accurate real-time energy accounting. Account for sensor tolerances, thermal effects, and other sources of measurement uncertainty., • Maintain a thorough working knowledge of FIA Technical Regulations governing fuel mass, fuel energy, and electrical energy limits, ensuring that all measurement and control strategies are fully compliant and can be defended under technical scrutiny. Control Strategy Development • Develop energy management control strategies that govern how fuel and electrical energy are deployed and recovered across a lap and a race, balancing performance targets against the energy and power limits defined by FIA regulations., • Work closely with the ICE Controls and ERS teams to integrate energy management strategies with combustion control, turbocharger management, MGU-K torque delivery, and battery state of charge control, so that the power unit operates as a coherent system rather than a set of independently optimized parts., • Collaborate with the Vehicle Performance & Simulation team to align energy management strategy development with lap time simulation and race strategy modeling, ensuring that control strategies reflect a realistic and achievable energy budget across varied circuits and conditions. TAG-700 Implementation & Toolchain • Implement energy management control strategies on the TAG-700 control unit using the MA toolchain, translating validated control logic into production embedded software that runs reliably within the constraints of the standard F1 control hardware., • Maintain and develop Simulink models and associated MA toolchain workflows used to generate, build, and deploy energy management software to the TAG-700, ensuring a clean and repeatable path from model to embedded code., • Support software release management for energy management functions, including version control, configuration management, and structured handover of validated software to the Trackside team. Validation & Verification Support • Work closely with the HIL, Calibration, and Validation Engineers to define and execute test plans that verify energy management control strategies and measurement accuracy across the full range of expected operating conditions before software is cleared for dyno or track use., • Support Hardware-in-the-Loop and Software-in-the-Loop testing of energy management functions, reviewing test results and working with the HIL, Calibration, and Validation Engineers to resolve discrepancies between expected and observed behavior., • Contribute to the investigation of energy management anomalies identified during dyno testing or race events, working with reliability and controls colleagues to determine root cause and implement verified corrective actions. Required Qualifications • Bachelors or Masters degree in Controls Engineering, Electrical Engineering, Mechanical Engineering, or a closely related discipline with a strong emphasis on control systems or energy systems., • 4 or more years of engineering experience in a controls, energy management, or powertrain systems within automotive, aerospace, or high-performance automotive., • Demonstrated experience developing measurement or estimation strategies for energy, fuel, or electrical systems in a regulated or performance-critical environment. Technical Skills • Strong understanding of control theory and its application to energy management, including estimation techniques, closed-loop control design, and strategies for operating within hard regulatory limits., • Proficiency with MATLAB and Simulink for model-based control strategy development, and working familiarity with the MA toolchain or equivalent embedded code generation environments used for F1 standard ECU hardware., • Working knowledge of the TAG-700 control unit or equivalent F1 standard ECU hardware, including its software architecture and constraints., • Understanding of ICE and ERS system behavior sufficient to design energy management strategies that integrate cleanly with combustion, turbocharger, and hybrid system control., • Familiarity with Hardware-in-the-Loop and Software-in-the-Loop testing methodologies and their role in verifying control strategy behavior prior to deployment. Interpersonal Skills • Precise and methodical in strategy development and documentation, with an understanding that energy management errors carry direct consequences for both compliance and race outcomes., • Effective collaborator across ICE Controls, ERS, Vehicle Performance & Simulation, and Validation teams, able to reconcile competing technical priorities into a coherent energy management approach., • Comfortable supporting dyno test schedules and race-weekend operations, including work outside standard hours when required. Preferred Qualifications • Direct experience developing energy management or fuel and electrical measurement strategies for an F1 or top-tier motorsport power unit., • Familiarity with fuel flow measurement systems and the technical challenges associated with accurate fuel energy accounting under FIA regulations., • Experience with battery management systems and electrical energy estimation for high-voltage hybrid systems., • Background in Functional Mock-up Unit development and co-simulation techniques as they apply to control strategy validation. Why Join Us Ready to be part of a team that pushes boundaries both on and off the track? At GM Performance Power Units, we are developing a new era of performance for the Formula 1 grid. Joining us means entering a startup racing environment backed by a legacy of engineering excellence, giving you the rare opportunity to help build a world-class program from day one. We believe in rewarding innovation and powering potential. As part of our team, you’ll benefit from a competitive and comprehensive package designed to support your performance, well-being, and future, helping you thrive at every level. That includes access to: • Bonus scheme, • Private healthcare, • 401(k) plan including company match, • Employer-paid life insurance and disability coverage, • 32 days annual leave (including holidays), • Free financial advisor access, • Employee Assistance Programs (EAP), • Subsidized on-site dining, • On-site gym, • Discounted GM vehicle purchase/lease program, • Free on-site EV charging for personal GM vehicles It’s all part of our commitment to creating a workplace that’s as high-performing and forward-thinking as the people who make it succeed. Join us and help power what’s next. You’ll play a pivotal role in ensuring the reliability and performance of a next-generation Formula 1 power unit. Our culture rewards precision, innovation, and the relentless pursuit of performance. Please note: GM Performance Power Units and all affiliated companies are Equal Opportunity employer(s). Minorities, women, veterans, and individuals with disabilities are encouraged to apply. For more information regarding the EEOC, please visit https://www.eeoc.gov/employers/upload/posterscreenreader_optimized.pdf. Only direct hires need apply to or inquire about job postings at GM Performance Power Units. We are not accepting calls, resumes or applications from recruiting firms at this time.

10th September, 2026Sepura is a global leader in mission‑critical communications technology. The following information aims to provide potential candidates with a better understanding of the requirements for this role. As part of continued growth, we are seeking a Mechanical Verification Engineer to strengthen our mechanical verification capability. This role is focused on verification and validation of mechanical designs across the full product lifecycle, ensuring designs meet functional, environmental, reliability, manufacturability, and regulatory requirements. You will work closely with Mechanical Design, Electronics, Systems, and Manufacturing teams to identify design risks early and provide objective evidence of compliance.Key Responsibilities:Mechanical VerificationDefine, plan, and execute mechanical design verification activities against requirements, specifications, and applicable standards.Review mechanical designs, drawings, tolerances, materials, and assemblies to identify verification risks and gaps.Develop verification strategies, test plans, and test specifications aligned to product requirements and design intent.Ensure traceability between requirements, test cases, and verification evidence.Test Execution & AnalysisPerform mechanical verification testing including (but not limited to):Environmental and durability testing (shock, vibration, drop, thermal, ingress protection).Structural and mechanical integrity testing.Wear, fatigue, and life‑cycle testing.Design, specify, and build mechanical test fixtures, jigs, and rigs to support verification activities.Analyse test results, identify failure modes, and provide clear root‑cause feedback to design teams.Produce clear, concise, and accurate verification reports with objective pass/fail conclusions.Prototypes & SamplesAssemble mechanical prototypes and test samples in line with design documentation.Manage and catalogue verification samples throughout the development lifecycle.Support iterative development design improvements through rapid test‑feedback loops.External Testing & Compliance SupportPrepare samples and fixtures for external test houses.Support external mechanical and environmental testing activities, including attendance where required.Ensure internal verification aligns with relevant industry and regulatory standards.Equipment & Process ImprovementMaintain and calibrate mechanical test equipment.Control departmental consumables and verification assets.Contribute to continuous improvement of mechanical verification processes, methods, and documentation.Technical Skills (Essential):Understanding of mechanical/electrical/electronic drawings and principles.Knowledge and use of measuring instruments.Knowledge of pneumatics & pneumatic control – (basic).Previous experience of electro-mechanical test.Sound knowledge of Microsoft Office suite.Previous experience of PLC programming – (basic).Understanding of mechanical design principles, materials, tolerances, and manufacturing processes.Use of 3D Printer and basic CAD skills.Hands‑on experience with mechanical verification or validation testing.Competence using measurement equipment (calipers, micrometers, gauges, torque tools, etc.).Practical workshop skills (drilling, tapping, hand tools, minor rework).Experience writing test plans, test procedures, and verification reports.Proficient with Microsoft Office tools (Excel, Word, PowerPoint).Relevant qualification in Mechanical Engineering (Degree, HND, or equivalent experience).Technical Skills (Desirable):Relevant experience in test of class leading telecoms/datacomms equipment.PLC programming – Mitsubishi Alpha.Previous experience of design/specification of development test equipment.Previous experience of design/specification of development jigs & fixtures.Statistical analysis of test data.Wiring to electrical schematicsSolderingAbility to read and interpret mechanical drawings and GD&T.Experience verifying electro‑mechanical products in regulated or mission‑critical environments.Knowledge of environmental and reliability standards (e.g. vibration, shock, IP ratings).Experience designing and specifying test fixtures and verification rigs.Statistical analysis of test data and trend reporting.Familiarity with FMEA, DFMEA, or structured risk analysis techniques.Experience working with external test houses and compliance bodies.Basic knowledge of pneumatics, PLC‑controlled test equipment, or automated test setups.Personal Attributes (Essential):Full UK Driver’s licence.Structured, methodical, and detail‑focused approach to verification work.Strong analytical and problem‑solving skills.Clear communicator, able to present technical findings to both technical and non‑technical stakeholders.Proactive mindset with the confidence to challenge designs constructively.Ability to work effectively in cross‑functional teams.Reliable, self‑motivated, and quality‑driven.Comfortable working to tight schedules and managing multiple priorities.Personal Attributes (Desirable)>3 years relevant experience.Experience in working in a small/medium size ‘high tech’ company. xrnqpay Commercially aware.

Due to successful growth plans, a Medical Devices organisation based in Cambridge is currently seeking a Senior Mechanical Design Engineer to contribute to the development and improvement of life-saving Medical Devices.Collaborating closely with other industry experts, such as electronics design engineers, software engineers, physicists, and other Medical Devices specialists, you will tackle some of the most complex challenges in the development of new Medical Technologies.Ideally, you will have a background in developing new Medical Devices throughout the entire design life cycle, adhering to ISO 13485 standards. Scroll down to find an indepth overview of this job, and what is expected of candidates Make an application by clicking on the Apply button. If you have not worked on Medical Devices, we will consider candidates from other highly regulated industries such as life sciences, robotics, product development, etc.For the 3D CAD elements of your role, you will primarily use SolidWorks. Familiarity with this tool would be advantageous, but we are open to considering other 3D CAD tools if you have a proven track record of quickly acquiring new skills.When discussing complex problems, it would be beneficial if the Medical Devices you have worked on have involved fluidics, mechanism design, thermal issues, FEA, or other intricate applications. We do not expect you to have experience in all of these areas; they are just a few examples of the challenges you may encounter.This company is experiencing growth but remains at a size where your work will significantly impact the company's success and projects. Therefore, we are seeking a team player accustomed to collaborating with diverse individuals both within and outside of the organisation.While continually facing challenges, you will advance your skills at the forefront of the sector. In addition to this, you will receive an excellent starting salary, a bonus (typically around 20%, recently even higher), BUPA healthcare, a pension plan, a generous holiday allowance, and other outstanding benefits.Salary will be commensurate with experience, and we welcome applications from candidates with a few years of industry experience to those with over twenty years of experience. Finding the right fit is more important to us than a specific number of years of experience.It is expected that you hold a degree in addition to any industry experience. If you also possess a PhD, it would be welcomed but is not essential.Interviews will be conducted as soon as a suitable candidate is identified. If you are interested in exploring this role, we recommend submitting your application and CV. Please note that your CV will not be forwarded to the company until after we have discussed the role and the company in detail. xrnqpay For more information, please feel free to call Andrew Welsh, Director of Medical Devices Recruitment and Scientific Recruitment Specialist at Newton Colmore, at Alternatively, you can submit an application, and a member of our Newton Colmore team will contact you.Newton Colmore is a specialised recruitment company operating in the Medical Devices, Scientific Engineering, Scientific Software, Robotics, Data Science, Healthcare Communications, Science, Electronics Design, New Product Design, Human Factors, Regulatory Affairs, Quality Assurance, and Field Service Engineering sectors.Hiring organizationEmployment TypeFull-timeDuration of employmentPermanentIndustryMedical DevicesJob Location Cambridge, CambridgeshireDate posted 13th July 2026Valid through 31st October 2026PDF Export Export as PDFApply below or email directly:

A leading company in thermal imaging based in Waterbeach seeks an FPGA Designer to join the team.The ideal candidate will have strong skills in SystemVerilog and Python and engage in developing efficient FPGA code.Responsibilities include creating modules for a product library and collaborating on p

Location: Waterbeach, UK Department: Engineering Reports to: Chief Scientist Type: Full-time, Permanent Company Profile Thermoteknix Systems Ltd, founded in 1982 and based in Cambridge, is a world leader in thermal imaging, night vision, and augmented reality systems. Our award-winning technologies are trusted by defence, security, and industrial customers in over 70 countries. With in-house R&D, cutting-edge innovation, and a global reputation for quality, we design and manufacture solutions that perform in the toughest environments. Reporting to the Chief Scientist, you will research, develop and validate AI, machine learning and image processing algorithms for our thermal imaging cores and wider imaging product range. AI will form a substantial part of the role, with responsibility for developing and training models alongside conventional image processing, detector correction and calibration. You will take ideas from scientific investigation and proof of concept through to validated product implementation. Working with software, firmware, FPGA, electronics and optical engineering colleagues, you will balance image quality and model performance with real-time processing, memory, latency and power constraints. • Develop and train machine learning and deep learning models for imaging applications, including image enhancement, object detection, classification, segmentation and scene understanding., • Select and evaluate model architectures, training methods and loss functions, comparing results against conventional algorithms and defined product requirements., • Investigate AI methods for noise reduction, image restoration, super-resolution and image fusion, assessing image fidelity and behaviour on unfamiliar scenes., • Review emerging AI research, reproduce promising methods and assess their feasibility for Thermoteknix products., • Develop conventional algorithms for noise reduction, contrast enhancement, dynamic range compression, detail enhancement, registration and stabilisation., • Develop detector correction and calibration methods, including non-uniformity correction, defective pixel compensation, temperature drift compensation and shutterless processing., • Analyse image artefacts and system limitations, investigating the effects of detectors, optics, electronics and processing software, and combining analytical and learned methods where beneficial., • Plan image and video data collection and annotation with engineering colleagues, and maintain representative datasets with clear provenance and version control., • Design reproducible experiments and separate training, validation and test datasets to prevent data leakage; assess generalisation across cameras, environments and operating conditions., • Define image quality and AI performance metrics, including accuracy, false alarms, missed detections, latency and temporal stability, as relevant to the application., • Validate algorithms through laboratory testing and field evaluation, investigate failure cases and ensure enhancement preserves scene content and avoids misleading artefacts., • Prototype algorithms and models in Python, MATLAB or similar tools, and work with engineering teams to integrate them into real-time product software and processing pipelines., • Optimise models for embedded deployment using appropriate methods such as quantisation, pruning and hardware acceleration, measuring effects on accuracy, image quality and resource use., • Support the investigation of production and customer image quality issues, using data analysis and experiments to recommend and validate improvements., • Work with the Chief Scientist to define research priorities, assess technical risks and contribute to product feasibility studies, design reviews and intellectual property development., • Maintain clear algorithm specifications, documented code, model and dataset versions, training configurations and test reports so that results and product releases are traceable., • A degree in Computer Science, Physics, Mathematics, Electronic Engineering or a related discipline, or equivalent relevant experience., • Practical experience developing, training and evaluating machine learning or deep learning models for image or video applications, gained in industry or applied research., • Strong Python skills and practical experience with a deep learning framework such as PyTorch or TensorFlow., • Experience developing conventional image processing algorithms, supported by a sound understanding of imaging fundamentals, noise, sampling, resolution and calibration., • Strong mathematical and analytical skills, including statistics, linear algebra, numerical methods and optimisation., • Experience preparing datasets, designing experiments, selecting evaluation metrics and diagnosing overfitting, data leakage and generalisation problems., • An understanding of the practical constraints of real-time imaging systems and the ability to translate research into implementable algorithms., • A structured approach to testing, version control and technical documentation, with clear communication and effective collaboration across engineering disciplines., • An MSc or PhD in machine learning, computer vision, image processing, imaging science or a related field., • Experience with thermal or infrared imaging, uncooled microbolometer detectors, and their correction and calibration requirements., • Experience deploying and profiling neural networks on embedded platforms, including model conversion, quantisation and inference optimisation., • C or C++ development experience, or experience with GPU, FPGA, DSP or other accelerated processing platforms., • Experience with multi-sensor fusion, thermal and visible imagery, low-light imaging, motion estimation or temporal processing., • Experience managing model training and evaluation pipelines and transferring research into commercial products. You will be curious, methodical and practical, with the persistence to investigate difficult problems and the judgement to assess new techniques critically. You will work independently, explain findings clearly and make evidence-based decisions that support reliable product performance. Applicants must have the right to work in the UK at the time of application. Unfortunately, we are unable to provide visa sponsorship for this role. What We Offer Thermoteknix offers the opportunity to develop AI and image processing technologies within an established, independent British engineering company. Working closely with the Chief Scientist and wider R&D team, you will have considerable technical variety and responsibility, taking ideas from initial research and experimental prototypes through to imaging and augmented reality products used by customers worldwide. #J-18808-Ljbffr

IC Resources is seeking a hands-on Senior Project Manager to lead multidisciplinary hardware projects that fuse software, electronics, optics and mechanical engineering. You will own end-to-end delivery for a fast-growing University of Cambridge spin-out developing advanced space telescopes for thermal imaging Earth Observation. You’ll build budgets, track milestones, and report to senior leadership while keeping stakeholders aligned. #J-18808-Ljbffr

This permanent Mechanical Design Engineer post sits with Manpower UK in Cambourne, supporting a research and development group building next-generation scientific instrumentation. The successful candidate takes complex mechanical assemblies and system modules from concept through detailed design, prototyping, testing, validation and production release. Close collaboration with electronics specialists and wider engineering colleagues is central. Applicants should demonstrate strong computer-aided design ability, ideally SolidWorks, plus precision engineering knowledge, tolerance analysis, materials selection and design for manufacture. A degree in mechanical engineering or equivalent experience is expected, alongside a methodical approach to problem solving. Salary ranges from £45,000 to £75,000 annually, reflecting the seniority and specialist nature of this position. We are seeking an ambitious and technically driven Mechanical Design Engineer to join a cutting-edge Research and Development team focused on the development of next-generation scientific instrumentation. This is an exciting opportunity to work on highly sophisticated, precision-engineered products where innovation, creativity, and engineering excellence come together. You will play a key role in developing complex mechanical assemblies and system modules, taking products from concept through design, prototype development, testing, validation, and production release. Working within a multidisciplinary engineering environment, you will collaborate closely with electronics, software, systems, manufacturing, and supply chain teams to deliver industry-leading solutions that push the boundaries of technology. The Role As a Mechanical Design Engineer, you will be responsible for the design and development of high-precision mechanical systems and assemblies used in advanced scientific and industrial applications. You will support projects throughout the entire product development lifecycle, contributing to both new product development and the continuous improvement of existing technologies. • Design and develop complex mechanical components, assemblies, and system modules., • Create detailed 3D CAD models and technical drawings using SolidWorks., • Perform engineering calculations and analyses including:, • Tolerance stack-up analysis, • Strength and stress calculations, • Thermal analysis, • Space envelope studies, • Design verification activities, • Support the assembly, testing, and validation of prototypes and development rigs., • Investigate technical issues, perform root cause analysis, and implement design improvements., • Work closely with manufacturing teams to support Design for Manufacture (DFM) and Design for Assembly (DFA) activities., • Lead engineering changes and support product release into production., • Generate and maintain Bills of Materials (BOMs), engineering documentation, and technical reports., • Collaborate with suppliers and external development partners throughout the design process., • Support continuous improvement initiatives and help shape engineering processes and methodologies., • Present technical findings and project updates to internal stakeholders and international project teams., • Degree qualified in Mechanical Engineering, Precision Engineering, Mechatronics, or a related discipline., • Proven experience within a Mechanical Design or Product Development environment., • Strong CAD experience, ideally using SolidWorks., • Experience designing complex precision-engineered assemblies., • Knowledge of manufacturing processes and product development methodologies., • Experience producing engineering documentation, drawings, and BOMs., • Excellent problem-solving and analytical skills., • Strong communication skills and the ability to work effectively within cross-functional teams. Candidates with experience in any of the following industries are particularly encouraged to apply #J-18808-Ljbffr

Filtronic in Cambridge Science Park is seeking a Mechanical Design Engineer to drive end-to-end mechanical design for high‑frequency RF systems. You will develop lightweight, thermally efficient assemblies and modular architectures for space‑related and industrial payloads, coordinating with RF, electronics and PCB teams. Responsibilities include designing precision components, performing thermal/FEA analyses, supporting manufacturing, and ensuring compliance with GD&T and environmental #J-18808-Ljbffr

This role is based at our Cambridge Science Park site at CB4 0GZ. Skilled Worker Visa support and Relocation assistance is available, if required. Filtronic is looking for a Mechanical Design Engineer to join our engineering team to work on a range of exciting RF and microwave products from concept through to volume production. With experienced engineers, advanced design tools and in-house RF/mmWave manufacturing capability, you will be able to develop your skills and experience designing high-frequency products as part of the Filtronic team. Our products range from low volume niche opportunity devices to high volume telecommunications, aerospace, defence and space-related applications. To provide end-to-end mechanical engineering support and leadership for advanced high-frequency RF systems, modules and amplifiers, ensuring that mechanical performance, thermal efficiency, reliability, manufacturability, quality and cost requirements are achieved. The role will involve the design of mechanically robust, lightweight and thermally efficient assemblies for demanding industrial, payload and high-reliability environments, including space-related applications. • Design precision mechanical components and assemblies for RF modules and systems, including lightweight structural enclosures, heatsinks, liquid cooling solutions and waveguide-based architectures., • Develop modular mechanical architectures suitable for integration into larger payload or system-level assemblies, considering mass, volume, mounting interfaces and serviceability., • Ensure designs meet RF, thermal, mechanical and environmental requirements, including EMI shielding, structural stiffness, tolerance control, CTE compatibility, vibration, shock and ingress protection., • Create detailed 3D CAD models and engineering drawings using SolidWorks., • Select appropriate materials, finishes and manufacturing processes to support product performance, reliability and manufacturability., • Perform thermal analysis and simulation, including CFD and conjugate heat transfer, to validate cooling strategies for high-power RF amplifiers and electronic assemblies., • Conduct structural and dynamic analysis using FEA for vibration, shock, fatigue and other load-case conditions typical of high-reliability payload deployment., • Review mechanical properties of parts and assemblies, including thermal performance, mechanical stress and environmental robustness., • Validate simulation models through physical testing and correlation with measured data., • Work closely with RF, electronics and systems engineers to optimise mechanical features that influence RF performance, including cavity geometry, surface finish, plating, tolerances and material selection., • Design mechanical solutions with consideration for waveguide structures, micro-machined geometry, PCB integration and precision alignment., • Support electromechanical product concept design in collaboration with RF, electronics and PCB design teams., • Develop designs for manufacturability, assembly and cost reduction using processes including CNC machining, die-casting, additive manufacturing and sheet metal manufacture., • Generate manufacturing documentation including bills of materials, GD&T drawings and assembly instructions., • Manage and control engineering drawings and documentation in accordance with Drawing Office standards and company processes., • Support suppliers and production teams during prototype build, first article approval and continuous improvement activity., • Contribute to design reviews as part of the company’s ISO and NPI processes., • Support engineering change activity through ECN/ECO processes., • Support the build and test of mechanical prototypes and development hardware., • Support environmental and reliability testing including thermal cycling, humidity, vibration, thermal shock and drop testing., • Work with test and process engineering to develop production hardware, jigs and fixtures to optimise build and test efficiency., • Provide technical support to internal stakeholders, customers and external partners throughout the product lifecycle., • Degree or equivalent qualification in Mechanical Engineering., • Strong 2D and 3D CAD skills, with SolidWorks preferred., • Experience designing high-precision mechanical assemblies, ideally for constrained, high-reliability or technically demanding environments., • Understanding of PCB integration, RF shielding and EMI/EMC considerations., • Strong understanding of materials and manufacturing processes, preferably including CNC machining of aluminium alloys and lightweight structures., • Excellent understanding of GD&T and engineering drawing standards., • Experience developing drawings for machined, cast, moulded, punched or sheet metal parts., • Ability to work effectively within cross-functional engineering teams., • Experience with PDM/PLM systems and engineering change processes., • Must be a highly motivated individual able to interface effectively with internal and external customers., • Experience with payload systems or deployment environments such as space, aerospace, defence or telecoms infrastructure., • Experience with industrial system design., • Hands-on experience with FEA and thermal simulation tools, preferably SolidWorks Simulation or SolidWorks Flow., • Familiarity with RF/mmWave product development, including waveguides, filters, amplifiers and high-frequency assemblies., • Knowledge of lightweighting techniques and structural optimisation for mass-constrained designs., • Experience with high-reliability and qualification-driven design standards, such as MIL-STD or ECSS., • Familiarity with environmental testing such as thermal vacuum or vibration qualification., • Knowledge of RoHS and WEEE compliance., • Experience supporting supplier development, first article inspection or production readiness activity., • Strong problem-solving ability with excellent attention to detail., • Positive, proactive and hands-on approach., • Ability to manage multiple projects and priorities in parallel., • Clear and effective communicator across multidisciplinary teams, suppliers and customers., • Self-motivated, adaptable and eager to learn new tools, processes and technologies., • Team player with a strong customer focus., • Salary benchmarked to attract the strongest candidates., • 37.5 hour working week, • 25 days' holiday plus public holidays, with the option to buy up to 5 additional days, • Contributory pension scheme with up to 8% company contribution, • Life Assurance, • Income Protection Insurance, • Save As You Earn (SAYE) share scheme, • Electric Vehicle (EV) scheme, • Cycle to Work scheme, • Volunteering day, • Learning and development opportunities At Filtronic, we believe diverse perspectives drive innovation. We're committed to creating an inclusive workplace where everyone is treated with respect and has the opportunity to succeed. We welcome applications from all suitably qualified candidates regardless of age, disability, gender reassignment, marriage or civil partnership, pregnancy and maternity, race, religion or belief, sex or sexual orientation. If you require any reasonable adjustments during the recruitment process, please let us know. We'll be happy to support you throughout your application journey. We are always happy to answer any questions you may have about the role, what we do, our culture or what it is like to work at Filtronic. #J-18808-Ljbffr

Location: Waterbeach, UK Department: Engineering Reports to: Chief Scientist Type: Full-time, Permanent Company Profile Thermoteknix Systems Ltd, founded in 1982 and based in Cambridge, is a world leader in thermal imaging, night vision, and augmented reality systems. Our award-winning technologies are trusted by defence, security, and industrial customers in over 70 countries. With in-house R&D, cutting-edge innovation, and a global reputation for quality, we design and manufacture solutions that perform in the toughest environments. Reporting to the Chief Scientist, you will research, develop and validate AI, machine learning and image processing algorithms for our thermal imaging cores and wider imaging product range. AI will form a substantial part of the role, with responsibility for developing and training models alongside conventional image processing, detector correction and calibration. You will take ideas from scientific investigation and proof of concept through to validated product implementation. Working with software, firmware, FPGA, electronics and optical engineering colleagues, you will balance image quality and model performance with real-time processing, memory, latency and power constraints. • Develop and train machine learning and deep learning models for imaging applications, including image enhancement, object detection, classification, segmentation and scene understanding., • Select and evaluate model architectures, training methods and loss functions, comparing results against conventional algorithms and defined product requirements., • Investigate AI methods for noise reduction, image restoration, super-resolution and image fusion, assessing image fidelity and behaviour on unfamiliar scenes., • Review emerging AI research, reproduce promising methods and assess their feasibility for Thermoteknix products., • Develop conventional algorithms for noise reduction, contrast enhancement, dynamic range compression, detail enhancement, registration and stabilisation., • Develop detector correction and calibration methods, including non-uniformity correction, defective pixel compensation, temperature drift compensation and shutterless processing., • Analyse image artefacts and system limitations, investigating the effects of detectors, optics, electronics and processing software, and combining analytical and learned methods where beneficial., • Plan image and video data collection and annotation with engineering colleagues, and maintain representative datasets with clear provenance and version control., • Design reproducible experiments and separate training, validation and test datasets to prevent data leakage; assess generalisation across cameras, environments and operating conditions., • Define image quality and AI performance metrics, including accuracy, false alarms, missed detections, latency and temporal stability, as relevant to the application., • Validate algorithms through laboratory testing and field evaluation, investigate failure cases and ensure enhancement preserves scene content and avoids misleading artefacts., • Prototype algorithms and models in Python, MATLAB or similar tools, and work with engineering teams to integrate them into real-time product software and processing pipelines., • Optimise models for embedded deployment using appropriate methods such as quantisation, pruning and hardware acceleration, measuring effects on accuracy, image quality and resource use., • Support the investigation of production and customer image quality issues, using data analysis and experiments to recommend and validate improvements., • Work with the Chief Scientist to define research priorities, assess technical risks and contribute to product feasibility studies, design reviews and intellectual property development., • Maintain clear algorithm specifications, documented code, model and dataset versions, training configurations and test reports so that results and product releases are traceable., • A degree in Computer Science, Physics, Mathematics, Electronic Engineering or a related discipline, or equivalent relevant experience., • Practical experience developing, training and evaluating machine learning or deep learning models for image or video applications, gained in industry or applied research., • Strong Python skills and practical experience with a deep learning framework such as PyTorch or TensorFlow., • Experience developing conventional image processing algorithms, supported by a sound understanding of imaging fundamentals, noise, sampling, resolution and calibration., • Strong mathematical and analytical skills, including statistics, linear algebra, numerical methods and optimisation., • Experience preparing datasets, designing experiments, selecting evaluation metrics and diagnosing overfitting, data leakage and generalisation problems., • An understanding of the practical constraints of real-time imaging systems and the ability to translate research into implementable algorithms., • A structured approach to testing, version control and technical documentation, with clear communication and effective collaboration across engineering disciplines., • An MSc or PhD in machine learning, computer vision, image processing, imaging science or a related field., • Experience with thermal or infrared imaging, uncooled microbolometer detectors, and their correction and calibration requirements., • Experience deploying and profiling neural networks on embedded platforms, including model conversion, quantisation and inference optimisation., • C or C++ development experience, or experience with GPU, FPGA, DSP or other accelerated processing platforms., • Experience with multi-sensor fusion, thermal and visible imagery, low-light imaging, motion estimation or temporal processing., • Experience managing model training and evaluation pipelines and transferring research into commercial products. You will be curious, methodical and practical, with the persistence to investigate difficult problems and the judgement to assess new techniques critically. You will work independently, explain findings clearly and make evidence-based decisions that support reliable product performance. Applicants must have the right to work in the UK at the time of application. Unfortunately, we are unable to provide visa sponsorship for this role. What We Offer Thermoteknix offers the opportunity to develop AI and image processing technologies within an established, independent British engineering company. Working closely with the Chief Scientist and wider R&D team, you will have considerable technical variety and responsibility, taking ideas from initial research and experimental prototypes through to imaging and augmented reality products used by customers worldwide. #J-18808-Ljbffr

Cambridge, UK, seeks a research-focused engineer to develop and validate AI and image processing algorithms for thermal imaging cores and product range.

A dedicated engineering recruitment firm is seeking Thermal Insulation Engineers for a construction project in York.

Principal Thermal Mechanical Engineer. Collaborate with electrical, mechanical, and systems engineers to optimise thermal design of radar components. Lead development and validation of thermal models to predict system performance under varied conditions.