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Senior Structural & Thermal Analysis Engineer Oxfordshire Primarily site-based, with some flexibility \n We are looking for an experienced Structural & Thermal Analysis Engineer to join an engineering team developing high-performance mechanical systems and components operating under demanding thermal and mechanical conditions. \n This is a hands-on engineering role, with an approximately 50/50 split betwee... \n \n \n \n \n ZIPC1_UKTJ

About Archangel Lightworks Archangel Lightworks is a laser communications company building wireless technology. Founded in 2017, we believe that laser communications to and from satellites is a key component of next-generation infrastructure. Our core product, the TERRA-M, is a deployable optical ground station with proven capability for space – ground data transfer. Our team develops and operates products that advance the security and resilience of critical national infrastructure. We value compassion, resilience, curiosity, ownership and integrity. Our start-up is a fast-paced and supportive environment, where you can contribute to novel technology with meaningful applications like reducing the Digital Divide. Archangel Lightworks recently closed over £10 million of investment in an oversubscribed Series A funding round. Our company is also supported by the UK Space Agency, the UK's Department of Science and Technology (DSIT) and the UK Ministry of Defence. About the job We're looking for an Optical Engineer with both design and Assembly Integration and Test experience to join our engineering team and deliver transformative laser communications technology. You will be responsible for the development of our optical subsystems, from requirements definition to testing in the field. In this role, you will work closely with our Product Technical Lead and optical engineering team. Your responsibilities will include: • Design of laser communication terminal optical/photonic sub-systems for extreme environments, • Requirement definition and trade off analysis for complex optical/photonics systems, finding the optimal balance of performance against cost, • Modelling of optical system performance, optimisation and tolerancing, • Conducting practical breadboard testing to validate modelled data, • Assembling, integrating and testing subsystems, • Supporting system level testing and trials, • Being a subject matter expert for optical and photonic systems, • Managing suppliers of optical and photonic components, • Providing technical leadership of subsystem development projects Requirements: • Experience defining requirements on optical systems, modelling and performing trades studies to inform design selection, • Optical design/analysis experience using Zemax or similar software for design, optimization and tolerancing. (Sequential, non-sequential desirable), • Hands-on experience with photonic components and systems, including lasers (CW and pulsed), optical detectors/receivers, modulators, and fibre/ free-space optics, with, • a solid understanding of underlying physical principles and performance trade-offs, • Hands-on lab experience designing and carrying out tests for relevant optical systems Desirable additional skills: • Experience with electronics for optoelectronic systems, including analogue front-ends, high-speed data converters, embedded/FPGAs, and power/EMI/thermal considerations, • Experience with optical or RF communication systems, including modulation schemes, error correction, FPGA/SDR modem implementation, and relevant protocols (e.g. CCSDS, SpaceWire, Ethernet), • Experience with high power lasers, optical amplifiers, and relevant safety requirements, • Experience with optical instrument calibration and alignment, and procedure definition, • Knowledge of adaptive optics, • Knowledge of space/satellite systems Location: Our office is based in Osney Mead, Oxford. There may be opportunity to work from home as agreed with your line manager. There may be opportunity for periodic business travel. What we offer: • Opportunity to work on advanced optical systems to support a world-changing vision, • A collaborative and transparent culture with strong links between functions, • Regular socials and weekly company lunch, • Professional development and skills growth within a specialist engineering field, • Competitive salary and benefits package, with equity options in a growing start-up, • 25 days annual leave allowance plus bank holidays Archangel Lightworks is an equal opportunity employer. As part of our commitment to equality, we work to ensure a fair and consistent interview process. If you need any assistance or accommodation to complete your application or assessment, please contact us through the application form. We recognise that many candidates use AI tools when applying. Please ensure your application reflects your own experience, skills, and thinking. We assess applications based on authenticity and accuracy, so anything generated with AI should be reviewed, personalised, and representative of you. JBRP1_UKTJ

Helicon Quantum Systems is developing a Rydberg-atom-based terahertz (THz) imaging system for inline subsurface inspection of advanced materials. We are looking for a Lead Engineer to take technical responsibility for transforming this technology from an experimental laboratory system into a robust, integrated instrument suitable for industrial use. You will own the system architecture, translate application requirements into engineering specifications and coordinate the development and integration of optical, atomic, THz, electronic, mechanical and control subsystems. This is a hands‑on systems engineering role requiring both technical leadership and practical involvement in prototype development, integration and testing. • System architecture: Define the overall instrument architecture, engineering requirements, subsystem interfaces and performance specifications., • Multidisciplinary integration: Coordinate the development and integration of laser‑excitation systems, atomic‑vapour hardware, THz illumination, optical fluorescence detection, electronics and controls., • Engineering development: Translate experimental concepts into practical engineering solutions, evaluating performance, complexity, reliability and maintainability., • Prototype development: Lead the assembly, commissioning, troubleshooting and iterative improvement of integrated prototypes., • Verification and performance: Establish test procedures and evaluate imaging performance, system stability, repeatability and operational robustness., • Technical coordination: Plan and coordinate engineering activities, conduct design reviews and resolve technical dependencies across disciplines., • Industrialisation: Guide the transition towards an instrument suitable for operation in industrial manufacturing environments. We are looking for an engineer with substantial experience developing and integrating complex engineering systems. • Strong systems engineering skills, including system architecture, requirements definition and interface management., • Hands‑on experience designing, developing, integrating and troubleshooting complex hardware systems., • A strong technical foundation in photonics, experimental physics, quantum technologies, instrumentation or a related engineering discipline., • Experience working across multiple technical disciplines, including some combination of optics, electronics, mechanics, instrumentation and control systems., • Ability to identify technical risks, evaluate engineering trade‑offs and make sound system‑level decisions., • Experience taking technical responsibility for significant development activities and working effectively within multidisciplinary teams., • A rigorous, practical approach to experimentation, testing and problem‑solving. Candidates will typically have five or more years of relevant professional or research experience. Equivalent demonstrated capability is equally relevant. We value engineering versatility and practical achievement over narrow specialisation. • Atomic, molecular and optical physics, particularly Rydberg‑atom or atomic‑vapour systems., • Laser systems, laser stabilisation and optoelectronic instrumentation., • Fluorescence imaging, cameras and optical detection systems., • Experimental automation, control electronics and measurement systems., • Precision optomechanics and thermal or mechanical stability., • Development of instrumentation for industrial applications. Experience with every subsystem is not expected. The ability to understand unfamiliar technologies and integrate them into a coherent system is more important. • Employment: Permanent, full‑time., • Working hours: 40 hours per week., • Annual leave: 28 days plus England and Wales bank holidays., • Pension: Employer contribution of 5% of gross annual salary., • Location: Oxford area, UK., • Working arrangements: Hybrid working is possible where compatible with project requirements. Regular on‑site work will be necessary for experimental development, prototype integration and testing., • Expected start date: January 2027. Applicants must already have the right to work in the UK. Visa sponsorship and relocation assistance are not available. #J-18808-Ljbffr

Oxfordshire Primarily site-based, with some flexibility We are looking for an experienced Structural & Thermal Analysis Engineer to join an engineering team developing high-performance mechanical systems and components operating under demanding thermal and mechanical conditions. This is a hands-on engineering role, with an approximately 50/50 split between structural Finite Element Analysis (FEA) and thermal modelling. You will use simulation to assess component performance, solve engineering challenges and influence design decisions throughout the development process. You will work closely with design and test engineers to validate analytical models, interpret results and improve component performance. • Develop and maintain structural FEA and thermal models to support component design and development., • Perform structural stress, deformation and thermal-stress analyses., • Develop thermal models to predict temperature distributions and heat transfer within components and assemblies., • Use simulation results to identify potential design issues and recommend improvements., • Define appropriate modelling assumptions, material properties, boundary conditions and verification methods., • Correlate simulation results against experimental data and support validation activities., • Work collaboratively with mechanical design and test engineers to improve designs and resolve technical challenges., • Document analysis methods, results and recommendations to a high technical standard., • Contribute to design reviews and engineering verification activities., • Approximately 5–10 years of relevant engineering experience in structural analysis, thermal analysis or a closely related discipline., • Strong hands‑on experience in structural FEA and thermal modelling., • Experience using ANSYS Mechanical and/or Abaqus, or comparable FEA software., • Experience analysing components subjected to demanding thermal and mechanical loads., • Ability to interpret simulation results and translate findings into practical design recommendations., • Good understanding of material properties, meshing, boundary conditions and model validation., • Strong problem‑solving, communication and teamwork skills., • A practical, delivery‑focused approach and the ability to work independently., • Experience with high-temperature rotating components or complex mechanical assemblies., • Background in aerospace, propulsion, turbomachinery, power generation or similar high‑performance engineering environments., • Experience with thermal-stress analysis and correlating simulations against physical test data., • Familiarity with fatigue, creep or high-temperature component life assessment. The position is primarily site-based in Oxfordshire, with some flexibility Candidates must be eligible to obtain the security clearance required for the role. This is an opportunity to take a hands‑on role in challenging engineering projects, applying structural and thermal analysis to guide design decisions and improve component performance. We are interested in engineers who combine strong analytical skills with practical engineering judgement and a desire to contribute directly to the development of high‑performance products. #J-18808-Ljbffr

Infleqtion is a global quantum technology company solving the world's most challenging problems. The company harnesses quantum mechanics to build and integrate quantum computers, sensors, and networks. From fundamental physics to leading edge commercial products, Infleqtion enables "quantum everywhere" through our ecosystem of devices and platforms. Our mission is to commercialise atom-based quantum products that provide orders of magnitude improvements in performance and computing applications. Infleqtion has offices in the USA, United Kingdom and Australia. This is a full-time position in our Kidlington, Oxford office. Our flexible working policy enables all full-time employees to work up to 2 days a week from home as work permits. Infleqtion UK is in search of a highly motivated Control Systems Engineer with FPGA and DSP experience, and with a keen interest in joining a diverse, interdisciplinary team dedicated to transcending the boundaries of quantum technology, bringing it from the confines of the laboratory into practical real-world applications. As a Control Systems Engineer, you will employ your analytical and problem‑solving skills to contribute to the design, implementation, and operation of atom‑based quantum technologies, primarily on quantum RF sensors, but also encompassing inertial navigation systems and atomic clocks. • Collaborate seamlessly with a multidisciplinary team to orchestrate the development of atom-based quantum technologies, with a focus on quantum RF sensors and atomic clocks, • Engineer electronic solutions tailored for controlling subsystems, such as laser and optical frequency comb drivers, optical and electronic amplifiers, photodetectors, thermal sensors, and RF signal chains, • Implement real‑time and pipelined digital signal processing (DSP) algorithms on high‑speed signals within an FPGA including FIR/IIR filters, I/Q frequency mixers, and similar, • Write automated test benches to verify designs, • Debug complex embedded systems comprising hardware, software (processor) and firmware (FPGA) designs, • Create high‑speed interfaces from FPGA to hardware peripherals such as ADCs, DACs, DDS, PLL and other devices, • Execute high‑speed feedback control systems (PID and similar) on an FPGA, • Collaborate closely with software, electronics and systems engineers to design and realise new FPGA‑based peripherals, • Employ precision test and measurement equipment to characterize and test systems, • Conduct critical design reviews based on product specifications, • Create, document, and maintain designs and architectural blueprints, • Effectively manage technical priorities, meet deadlines, and deliver on project objectives, • Significant experience working in engineering, computer science, or a related field, • Proficiency in implementing DSP algorithms, digital transceivers, and control loops on FPGAs using VHDL/Verilog/SystemVerilog, • Ability to analyse solutions and make prototype design trade‑offs, • Strong desire to dive deep into system‑level issues and drive problems to closure in a team‑based environment with a proactive attitude, • In‑depth knowledge and understanding of digital and RF hardware, including its limitations and its impact on system performance, • Competence in controlling FPGA IP blocks programmatically via software, through e.g. AXI bus, • Proficiency in interfacing with peripheral hardware devices through standard communication protocols such as I2C, SPI, UART, and others, • Experience in hardware product development, new product introduction, and familiarity with Product Life Cycle processes, • Hands‑on experience with electrical test, verification, and validation of products and subsystems, • Experience developing with FPGA SoC/SoM devices such as Xilinx Zynq. Experience with Xilinx RFSoCs highly advantageous, • Experience in designing for radio frequency products and experience using associated test equipment such as RF signal generators, spectrum analysers, network analysers, • PCB design experience (schematic capture, PCB layout, component creation all desirable), • Design experience with C/C++ for embedded systems, • Design experience/working knowledge of Python to aid verification and test, • Experience with embedded systems programming in C/C++ or Rust, • Familiarity with software version control systems such as git, • Familiarity with Software‑Defined‑Radio systems, • Familiarity with common laser frequency stabilisation methods Regardless of your interest in the quantum industry, you can take pride in the fact that Infleqtion is building an ecosystem of quantum technologies and commercial products, driving the industry towards the future. Studies reveal that while men apply for jobs when they meet an average of 60% of the requirements, women and other groups tend to apply only when they meet all the criteria. If you believe you have the potential but don't meet every single point in our job advertisement, please don't hesitate to contact us! We would love to chat with you and see how you could bring great value to our team. Our goal is to find exceptional individuals who can enrich our team culture, actively contribute, and have a genuine passion for their work. Here you have freedom to embrace your whole self: who you love, your gender identity and expression, skin colour, age, appearance, disability, neurodiversity, DNA, military/veteran status, citizenship, and other factors that make up who you are. Your uniqueness is valued, welcomed, and appreciated here. We are dedicated to providing a positive workplace and base all employment decisions on your qualifications, performance, merits, as well as business needs. We are proud to be an Equal Employment Opportunity Employer. • Competitive salary, • Unlimited PTO, • BUPA healthcare after probation period, • Generous company pension contribution, • Cycle to work and Technology schemes, • Incentive Stock Option Plan #J-18808-Ljbffr

Gerrell & Hard Limited in Oxfordshire is seeking a Senior Structural & Thermal Analysis Engineer. This hands-on role splits roughly 50/50 between structural FEA and thermal modelling to support high‑performance mechanical systems operating under demanding conditions. You will develop and maintain FEA and thermal models, interpret results, and work with design and test engineers to drive design improvements. Site-based with some flexibility, security clearance may be required. #J-18808-Ljbffr

Salience Labs is developing optical circuit switching technology for AI infrastructure, aimed at reducing latency and cost in data centre networks. As we move towards deployment, you'll have real ownership of your area and work alongside a highly technical team on a hard problem in AI infrastructure. You’ll join a multi-disciplinary research team in the UK to lead the development of III-V active components for integration with silicon photonics. You will take devices from epitaxial stack and device design through fabrication with external partners, to characterisation, reliability and qualification. • Lead the design and modelling of III-V active devices, including epitaxial layer structure, gain and power modelling, optical mode design, and electrical and thermal design, • Own the technology roadmap and device specifications for your area, translating system requirements into device design and integration targets, • Lead mask design and tape-outs, including GDS layouts, test structures and design-of-experiment splits, • Manage fabrication runs with external epitaxy and foundry partners: define process flows, review process and in‑line data, and resolve yield issues as the technology scales, • Define and lead the characterisation strategy at wafer, chip and integrated‑PIC level, including building and automating test setups, • Analyse test data, correlate measured performance with design and process variations, and drive design iterations to close performance gaps, • Work with packaging and reliability engineers on burn‑in, accelerated ageing, failure analysis and qualification, • Mentor engineers and, as the team grows, help recruit and develop new team members, • PhD in physics, photonics, electrical engineering, optical engineering or a related subject with 6+ years’ relevant experience, or a Master's degree with 8+ years’ relevant experience, including at least 4 years’ hands‑on development of III‑V optical amplifiers or semiconductor lasers, preferably in industry, • Proven track record of taking III‑V devices from concept through design, fabrication and test, ideally including qualification, • Deep understanding of semiconductor laser and amplifier physics: optical gain, carrier dynamics, quantum‑well design, noise, gain saturation and nonlinearities, thermal effects and polarisation dependence, • Hands‑on knowledge of III‑V epitaxy and fabrication processes (e.g. MOCVD/MBE growth, lithography, etching, passivation, metallisation, facet/AR coating), and experience working with external foundries, • Experience characterising amplifiers or lasers, including optical spectrum analysis, gain and noise measurement, wafer‑level probing, temperature‑controlled testing and test automation, • Experience with simulation and layout tools for photonic devices, such as Lumerical, Photon Design, Crosslight, RSoft, COMSOL, KLayout, L‑Edit or Cadence Virtuoso, • Proven ability to lead technical projects across design, process, test and packaging functions, and experience mentoring or supervising engineers, • Excellent communication skills, critical thinking, attention to detail and self‑motivation, • Experience integrating III‑V active devices with silicon photonics, including coupling design between III‑V and silicon waveguides, • Experience line‑managing a technical team, • Experience with reliability testing and failure analysis of III‑V devices, • Experience developing PDK building blocks or compact models for active devices, • Programming experience (Python, MATLAB or C++) for simulation, test automation and data analysis, • Knowledge of photonic packaging, including fibre coupling, thermal design and TEC control, • A track record of high‑quality patents and research papers is a leader in photonic solutions targeting connectivity for AI datacenter infrastructure. Backed by over a decade of research from the University of Oxford in the UK and the University of Münster in Germany, Salience’s innovative developments in photonic switching technology enable high‑speed, ultra‑low latency networking fabrics that remove infrastructure bottlenecks for AI workloads. #J-18808-Ljbffr

Tokamak Energy Ltd. is seeking a Mechanical Engineer to support the development of HTS magnet technologies used in fusion energy systems. The role focuses on mechanical and structural design, analysis and development of superconducting magnets. You will build and validate finite element models in ANSYS, analyze stresses and thermal effects, and ensure structural integrity of magnet assemblies while working with multidisciplinary teams. #J-18808-Ljbffr

United Kingdom Atomic Energy Authority is seeking a Senior Engineering Analyst to lead fusion system design, perform complex structural and thermal analyses, and ensure compliance with standards. The role requires directing technical activities across projects and providing guidance to engineers and contractors. The position is an onsite role with regular presence at Culham Campus and South Yorkshire. A strong engineering degree and proven experience in first-principles analysis are essential, #J-18808-Ljbffr

At Electrogenos, we’re building technology to make green hydrogen competitive at scale. We focus on reducing the cost and complexity of hydrogen production so it can replace fossil-based alternatives across real-world applications. We’re an early-stage team working at the intersection of electrochemistry, manufacturing, and deployment. We are looking for an engineer with a few years of established experience to own the thermal, fluid, and pressure aspects of our alkaline electrolyser stack and balance-of-plant systems. We are developing enclosed multi-cell modular stack architectures with strong parallels to modern chlor-alkali cell design. As we scale from kW to MW-class systems, we need someone who understands electrolyte circulation, gas-liquid separation, thermal management at 80-100°C, and pressure balancing between hydrogen and oxygen sides. This is a hands-on as much as analytical role. You will model and simulate, but you will also be on the shop floor commissioning what you designed, troubleshooting what didn’t work, and iterating in real time. We need someone equally comfortable with a process simulation and a pipe wrench. We are not looking for another team leader — we need someone who wants to get their hands dirty and go deep on the engineering. Direct experience with alkaline water electrolysers or chlor-alkali cell technology is strongly preferred. However, if you bring deep thermal engineering and process design experience from a related field and can demonstrate strong thermofluid fundamentals, we want to hear from you. As we move toward our first pilot deployments — including at international partner sites — you should be comfortable travelling and supporting commissioning beyond the Milton Park workshop. Visa sponsorship is available for the right candidate. • Own thermofluid design of multi-cell alkaline electrolyser stacks: flow distribution, gas management, thermal behaviour, • Design and optimise electrolyte circulation for uniform distribution across cells in enclosed modular configurations, • Develop thermal management strategies for operation at 80-100°C, • Model and validate pressure balancing between O₂ and H₂ sides, including differential pressure control and its safety implications, • Design BOP from P&ID through to component specification: pumps, heat exchangers, separators, valves, piping, • Perform mass and energy balances across operating conditions, • Specify materials for hot KOH service, • Commission, test, and troubleshoot the systems you design — hands-on on the shop floor, • Contribute to HAZOPs and pressure system compliance (PED, PSSR), • Analyse test data and feed insights back into design iterations, • Support the coordination and commissioning of pilot deployments at partner sites, including internationally, • Degree in Mechanical, Chemical, Process, or Thermal Engineering, • Approximately 3 to 6 years of relevant experience, • Strong thermofluid engineering fundamentals: heat transfer, fluid mechanics, two-phase flow, thermal system design, • Experience with process design: P&ID development, mass and energy balances, component specification, • Understanding of gas-liquid separation and thermal management in process systems, • Knowledge of materials selection for aggressive chemical environments, • Hands-on and rig-competent: comfortable commissioning, plumbing, and troubleshooting the hardware you design, • Comfortable working with pressurised systems, • Direct experience with alkaline water electrolysers or chlor-alkali cell technology (strongly preferred), • Experience with multi-cell, bipolar, or enclosed cell stack configurations, • Thermal engineering experience: heat exchanger design and selection, thermal transient analysis, cooling system design, • Process engineering experience in chemical, petrochemical, or energy sectors, • Experience with enclosed or zero-gap cell designs, • Process simulation or CFD experience (ANSYS, COMSOL, Aspen, or similar), • PED, PSSR, or EN 13445 compliance, • Hydrogen safety, DSEAR, ATEX, • PP, PVDF, or PFA piping for caustic service, • Willingness to travel internationally for pilot commissioning and partner site work, • Spanish language skills, • Full UK driving licence You’ve spent a few years working on alkaline electrolysers, chlor-alkali cells, or in thermal and process engineering in a demanding industrial environment. You understand thermofluid realities — how flow distributes, where heat builds, what happens when a pressure balance shifts. You’re as comfortable with a process model as you are tracing a problem on the shop floor. You want to own the domain in a company where the stack architecture is still being shaped, not execute someone else’s spec. The prospect of helping commission our first pilot systems — including at international partner sites — excites rather than daunts you. • Own the entire thermofluid and BOP domain for a next-generation alkaline electrolyser, • Shape stack architecture where design decisions still matter, • Your models get validated on real hardware in the same building, • Small team, high ownership, direct collaboration with the CTO, • Be involved in our first international pilot deployments, • Competitive salary and benefits #J-18808-Ljbffr

Contract: Permanent Location: Hybrid working, with office and laboratory facilities based in Oxfordshire Start Date: As soon as possible We are an innovative engineering company developing advanced thermal management technologies for next-generation energy systems. Our mission is to improve efficiency and reduce emissions across a range of industries, including aerospace, automotive, clean energy, advanced manufacturing and data infrastructure. As a growing technology business, we combine cutting-edge engineering with a collaborative and agile working environment, offering employees the opportunity to make a tangible impact while helping scale breakthrough technologies from research into commercial production. • Hybrid working, • Flexible working hours, • Equity participation through an employee share option scheme, • 25 days annual leave plus bank holidays, increasing with length of service, • Annual leave carry-over allowance, • Enhanced company sick pay, • Enhanced maternity and paternity pay, • Salary sacrifice pension scheme with employer contribution, • Reimbursement of professional membership fees, • Life insurance, • Income protection insurance, • Private virtual GP access for immediate family members, • Employee Assistance Programme, • Cycle to Work scheme, • Employee discount programme, • Visa sponsorship available where applicable We believe innovation thrives in a collaborative environment where talented people are empowered to contribute ideas and take ownership. We encourage flexible working, maintain open communication across the business, and support continuous learning and professional development. Alongside challenging technical work, we value teamwork and regularly bring colleagues together through company-wide events and social activities. We are seeking an experienced Head of manufacturing to lead the development of manufacturing processes for advanced thermal components, supporting the transition from outsourced prototype production to scalable, in-house manufacturing. This role is central to the industrialisation of innovative products, ensuring manufacturing processes are robust, repeatable and commercially viable. You will work closely with engineering teams, suppliers and external partners to develop production methods, establish quality systems and support the introduction of new manufacturing capabilities. The successful candidate will take ownership of technical manufacturing workstreams while helping shape the company's long-term production strategy. • Identify, evaluate and manage external manufacturing partners for prototype production using processes such as additive manufacturing, powder-based manufacturing, metal joining and precision machining., • Plan and oversee mechanical, thermal and materials testing to validate manufacturing, joining and assembly processes., • Assess manufacturing technologies suitable for long-term production scale-up., • Develop and implement quality assurance processes for internally and externally manufactured components, including inspection and non-destructive testing methods., • Lead the specification, installation, commissioning and operation of in-house manufacturing, assembly and inspection equipment., • Develop Design for Manufacture (DfM) guidelines and work closely with engineering teams to embed manufacturing considerations into product development., • Provide manufacturing feedback to improve product designs and optimise production efficiency., • Drive continuous improvement in manufacturing processes, ensuring reliability, repeatability and traceability., • Support the planning and delivery of research and development projects and collaborative programmes., • Coordinate manufacturing activities, project timelines and technical deliverables., • Mentor junior engineers and contribute to the growth of the engineering team., • Support the development of new manufacturing technologies and production capabilities., • Degree in Mechanical Engineering, Manufacturing Engineering, Materials Science or a related discipline., • Strong understanding of manufacturing, joining, testing and quality assurance techniques., • Experience managing external suppliers and prototype manufacturing programmes., • Knowledge of process control, dimensional tolerancing and quality assurance for additively manufactured components., • Excellent organisational, communication and technical documentation skills., • Experience with powder-based manufacturing processes, including metal binder jetting or metal injection moulding., • Experience establishing or commissioning pilot manufacturing lines., • Background in thermal management, heat exchanger or precision-engineered component manufacturing., • Experience developing in-house manufacturing facilities or laboratories., • Experience working within regulated industries such as aerospace or automotive., • Familiarity with industry qualification and environmental testing standards such as DO-160 or equivalent #J-18808-Ljbffr

the front of the grid.Job DescriptionAbout the RoleA CFD simulation is only as useful as your confidence in it, and that is where this role comes in. As a CFD Engineer in our Aerodynamics Department, you will help build, sharpen and protect the CFD capability the whole team relies on. You will develop new models, refine existing ones and support the processes used to run CFD across the department, covering external flows, internal flows, and thermal modelling.A big part of the job is correlation. Working within the CFD group, you will help to track down miscorrelations between CFD and wind tunnel or track measurements, work out why they exist, and tune the CFD recipes to close the gap. You will also be a trusted point of contact for aerodynamicists running bespoke simulations, offering guidance when they need it. Accurate, trusted CFD shortens the development cycle and gets more performance onto the car, all within the Aerodynamic Testing Restrictions. When the loop works, everyone moves faster. include: • Developing, refining and running CFD models and tools across external, internal and thermal disciplines, • Investigating miscorrelations against wind tunnel and track data, establish root cause and recommend corrective action, • Tuning and enhancing department CFD recipes, and developing and validating methodologies that improve accuracy, efficiency and repeatability, • Writing and reviewing Python and shell tooling for CFD analysis, automation and correlation, following our source control and code review standards, • Document model, methodology and correlation changes so results are traceable and reusable across the department You are curious and methodical, with the patience to chase a discrepancy until it finally makes sense. You have a solid grounding in fluid mechanics and numerical methods, and you understand the limitations of simulation as well as its strengths. You are comfortable breaking down large, noisy data sets, and you can explain your findings clearly and credibly to colleagues who rely on them. Given the nature of Formula 1, a flexible mindset and a drive to continuously improve are essential. • A degree in engineering, physics, mathematics or a related numerical discipline, or equivalent demonstrable experience, • Experience setting up, running and interpreting CFD simulations, including geometry preparation, meshing and solver configuration, • Working knowledge of Python and Linux shell scripting, and a willingness to adopt best-practice code development, • Excellent analytical skills, attention to detail and strong written and verbal communication, • Comfortable in a customer-facing role, • It would be great, but is not essential, if you also have:, • Experience in Formula 1, motorsport, automotive, aerospace or a comparable simulation environment, • Experience correlating simulation output against wind tunnel, rig or track data, • Experience with source control, design review and code review, • Exposure to internal flow, thermal or heat-transfer modelling alongside external aerodynamics SummaryType: Full-timeFunction: EngineeringExperience level: AssociateIndustry: Sports Atlassian Williams F1 Team is an equal opportunity employer that values diversity and inclusion. We are happy to discuss reasonable job adjustments. Company DescriptionFor almost 50 years, Williams Racing has been at the forefront of one of the fastest sports on the planet, being one of the top three most successful teams in history competing in the FIA Formula 1 World Championship. With an almost unrivalled heritage of engineering and racing F1 cars and unforgettable eras that demonstrate it is a force to be reckoned with, the British squad boasts 16 F1 World Championship titles to its name. Since its foundation in 1977 by the eminent, late Sir Frank Williams and engineering pioneer Sir Patrick Head, the team has won nine Constructors' Championships, in association with Cosworth, Honda and Renault. Its roll call of drivers is legendary, with its seven Drivers' Championship trophies being lifted by true icons of the sport: Alan Jones, Keke Rosberg, Nelson Piquet, Nigel Mansell, Alain Prost, Damon Hill and Jacques Villeneuve. The team has made history before and is out to make it again with a long-term mission to evolve and return to #J-18808-Ljbffr

Infleqtion is a global quantum technology company solving the world's most challenging problems. The company harnesses quantum mechanics to build and integrate quantum computers, sensors, and networks. From fundamental physics to leading edge commercial products, Infleqtion enables "quantum everywhere" through our ecosystem of devices and platforms. Infleqtion has offices in the USA, United Kingdom and Australia. This is a permanent, full-time position at our Kidlington, Oxford office. Our flexible working policy enables all full-time employees to work from home up to 2 days a week, if work permits. As part of our continued growth in the UK, we are expanding our Engineering Team and recruiting a Systems Integration Engineer. In this role, you will help build and deploy the next generation of our quantum computing systems, integrating RF, optical, electronic, and third-party devices with our advanced control systems. You will work across multiple engineering disciplines to bring complex subsystems together into reliable, high-performance systems. This is an opportunity to contribute directly to the development of ground-breaking quantum technologies with the potential to transform computing and solve some of the world's most challenging problems. • Integrate electronics devices, instruments, third-party devices, and subsystems into larger complex systems comprising RF, analogue, digital, optical, and mechanical elements, • Translate system-level requirements into practical integration architectures, interfaces, cabling, power, communications, and control schemes, • Develop system interconnects including cable assemblies, harnesses, RF connections, grounding, shielding, power distribution, and signal routing, • Perform system bring-up, commissioning, troubleshooting, fault isolation, and performance optimisation, • Identify and resolve integration issues including grounding, EMI/EMC, signal integrity, timing, communications, power distribution, and environmental effects, • Develop and maintain system diagrams, interface control documentation, wiring diagrams, integration procedures, and configuration records, • Define and execute integration, verification, and validation test plans at subsystem and system level, • Use laboratory test and measurement equipment to diagnose system-level performance and integration problems, • Support installation, deployment, commissioning, and maintenance of systems in laboratory and operational environments, • Work closely with electronics, software, FPGA, mechanical, optical, physics, and systems engineering teams to ensure successful end-to-end integration, • Support supplier selection and integration of third-party equipment and externally developed subsystems, • Contribute to system risk management, failure analysis, reliability improvement, and continuous improvement activities, • Collaborate effectively with team members to ensure deadlines are met, • Work within multi-disciplinary teams including physicists, engineers, and technicians to develop solutions, • Adapt to changing circumstances and manage ambiguity effectively, • Bachelor's degree or substantive equivalent experience in electrical engineering, systems engineering, electronic engineering, physics, mechatronics, or a related technical discipline, • Several years of relevant and progressive experience integrating complex multidisciplinary hardware systems, • Strong practical understanding of analogue, digital, RF, power, grounding, shielding, and signal integrity principles, • Experience integrating PCBs, embedded systems, instruments, sensors, actuators, and third-party equipment into larger systems, • Experience with system bring-up, commissioning, troubleshooting, and fault isolation, • Experience developing and interpreting system block diagrams, wiring diagrams, interface specifications, and technical documentation, • Experience with electrical interfaces and communications protocols such as Ethernet, serial, SPI, I2C, CAN, USB, or similar, • Experience designing or specifying cabling, connectors, harnesses, grounding, shielding, and power distribution, • Experience with testing, verification, and validation of complex systems and subsystems, • Experience using test and measurement equipment such as oscilloscopes, spectrum analysers, network analysers, signal generators, power meters, and digital multimeters, • Ability to diagnose issues across multiple engineering disciplines rather than within a single subsystem, • Ability to work effectively within highly collaborative, multidisciplinary engineering teams, • Experience integrating RF systems including amplifiers, mixers, oscillators, filters, attenuators, and frequency conversion equipment, • Experience integrating optical or electro-optical systems including lasers, photodetectors, modulators, and optical control hardware, • Experience with precision analogue electronics, low-noise systems, and high-resolution data acquisition, • Experience with FPGA-based and embedded control systems, • Experience integrating laboratory automation and instrumentation using software interfaces such as SCPI, serial communications, Ethernet, or APIs, • Familiarity with EMI/EMC design and troubleshooting, • Experience designing systems for long-term stability and operation under varying environmental conditions, • Experience with rack-mounted systems, equipment enclosures, thermal management, and power distribution, • Experience commissioning complex scientific, industrial, or quantum technology systems, • Experience solving complex multidisciplinary problems in highly technical and scientific environments Up to 10% travel, including international travel, may be required. Work will normally be performed in an office and laboratory environment. Able to efficiently use automated office equipment such as laptops, copiers, and printers; able to effectively engage in communications (via phone, computer, or in-person). Will involve sitting, standing, walking, lifting, and carrying up to 10 kg. Regardless of your interest in the quantum industry, you can take pride in the fact that Infleqtion is building an ecosystem of quantum technologies and commercial products, driving the industry towards the future. Studies reveal that while men apply for jobs when they meet an average of 60% of the requirements, women and other groups tend to apply only when they meet all the criteria. If you believe you have the potential but don't meet every single point in our job advertisement, please don't hesitate to contact us! We would love to chat with you and see how you could bring great value to our team. Our goal is to find exceptional individuals who can enrich our team culture, actively contribute, and have a genuine passion for their work. Here you have freedom to embrace your whole self: who you love, your gender identity and expression, skin colour, age, appearance, disability, neurodiversity, DNA, military/veteran status, citizenship, and other factors that make up who you are. Your uniqueness is valued, welcomed, and appreciated here. We are dedicated to providing a positive workplace and base all employment decisions on your qualifications, performance, merits, as well as business needs. We are proud to be an Equal Employment Opportunity Employer. In addition to your base compensation, we offer a generous Total Rewards program which includes: • Competitive salary, • Unlimited PTO, • Generous company 10% pension contribution regardless of employee contribution, • Cycle to work scheme, • Tax efficient technology schemes, • Incentive Stock Option Plan, • BUPA Private Healthcare Insurance once probationary period is successfully completed #J-18808-Ljbffr

Lumai's optical engine only works if the electronics around it hold up. Our boards carry large FPGAs and custom ASICs, multi-gigabit links and fine-pitch packages, and they have to be laid out to tolerances that leave no room for guesswork. This role takes the designs coming out of our hardware and SI/PI teams and turns them into manufacturable, high-layer-count boards. Lumai's optical engine only works if the electronics around it hold up. Our boards carry large FPGAs and custom ASICs, multi-gigabit links and fine-pitch packages, and they have to be laid out to tolerances that leave no room for guesswork. This role takes the designs coming out of our hardware and SI/PI teams and turns them into manufacturable, high-layer-count boards. You will own board layout from schematic handoff to fabrication release. That covers stackups and HDI structures, controlled-impedance routing, differential pairs, length and phase matching, BGA breakout for large fine-pitch devices, and the full manufacturing package: Gerber/ODB++, drill files, assembly drawings and fabrication notes. You will also own the footprint and symbol libraries, the design rules and the CAD standards the rest of the team works to. What is genuinely hard about it is that the constraints are real and they conflict. Signal integrity, power integrity, thermal and mechanical requirements all land on the same square centimetres, and the fabricator's process limits decide what is actually buildable. You will be the person who turns simulation output into layout rules and who can defend a stackup to a fabricator. By month six, you will have taken at least one board through to fabrication release, set the libraries and design rules the team works from, and be the first point of contact for our fabricators and assembly houses. • Lay out dense, high-layer-count PCBs from schematic through to fabrication release, using constraint-driven flows., • Implement controlled-impedance routing, differential pair and length/phase matching, and HDI structures including microvias, via-in-pad and back-drilling., • Plan BGA breakout and component placement for large FPGAs, custom ASICs and fine-pitch packages, balancing SI, PI, thermal and mechanical requirements., • Translate SI/PI and hardware constraints into layout rules, and iterate quickly with engineers on simulation feedback., • Run DFM, DFA and DFT reviews, and act as the main technical contact with PCB fabricators and assembly houses., • Generate complete manufacturing outputs (Gerber/ODB++, drill files, assembly drawings, fabrication notes) and manage design revisions., • Own and maintain the footprint and symbol libraries, CAD standards and design templates, compliant with IPC standards., • Extensive professional experience laying out complex, high-speed, high-layer-count boards, with a portfolio of designs that went into production., • Expert proficiency in Cadence Allegro, including Constraint Manager. Equivalent Altium experience will also be considered., • Hands‑on experience with HDI technologies: microvias, via‑in‑pad, stacked and staggered vias, and back‑drilling., • Proven BGA breakout and placement for large, fine‑pitch devices such as FPGAs and ASICs., • Thorough working knowledge of IPC standards (IPC-2221, IPC-7351, IPC-6012) and of DFM/DFA/DFT principles., • Boards carrying 56G+ SerDes, PCIe Gen5/6 or DDR5 interfaces., • Working closely with SI/PI simulation engineers., • Rigid‑flex, RF or mixed‑signal layouts., • ECAD/MCAD collaboration on thermal and mechanical integration., • Experience setting up CAD standards, libraries and design templates in a growing team. Lumai is the optical compute company building the next generation of AI infrastructure. Spun out of optics research at the University of Oxford in 2021, we compute with light instead of electrons. Our 3D optical technology carries out the matrix multiplications at the heart of AI inside beams of light travelling through free space, which lets it go beyond the limits of both silicon GPUs and integrated photonics. In April 2026 we launched Iris Nova, the world's first optical computing system to run billion‑parameter large language models in real time, using up to 90% less energy than conventional GPU‑based systems. Iris Nova, the first server in the family, is now available for evaluation by hyperscalers, neoclouds, enterprises and research institutions. Aura and Tetra will follow. Our work won the Falling Walls Award for Science Breakthrough of the Year 2025 and 'Best Overall Technology' at the OCP Future Technologies Symposium. We are headquartered in Oxford. You'll work on a new kind of computer. Optical computing for AI has been promised for decades. We have a working system running real models, and the hard part left is taking it to volume. Your work ships. We are moving from first product to volume production, so what you build this year goes into the servers our customers run. You'll work across disciplines. Optical engineers, machine learning researchers, and hardware and software engineers solve problems together. You will learn things that don't appear on your job description. The work matters beyond Lumai. AI's appetite for energy is one of the defining constraints of the next decade. Our mission is sustainable intelligence at global scale: AI that is faster, cheaper to run and far less power‑hungry. You'll join early. You'll have a real say in how we build the product, the team and the way we work. Lumai is an equal opportunity employer. We make hiring decisions based on skills, experience and potential, and we welcome applications from people of all backgrounds. If you need an adjustment at any stage of the hiring process, let us know and we will do our best to support you. #J-18808-Ljbffr

Archangel Lightworks is a laser communications company building wireless technology. Founded in 2017, we believe that laser communications to and from satellites is a key component of next‑generation infrastructure. Our core product, the TERRA‑M, is a deployable optical ground station with proven capability for space‑ground data transfer. Our team develops and operates products that advance the security and resilience of critical national infrastructure. We value compassion, resilience, curiosity, ownership and integrity. Our start‑up is a fast‑paced and supportive environment, where you can contribute to novel technology with meaningful applications like reducing the Digital Divide. Archangel Lightworks recently closed over £10 million of investment in an oversubscribed Series A funding round. Our company is also supported by the UK Space Agency, the UK’s Department of Science and Technology (DSIT) and the UK Ministry of Defence. We’re looking for an Optical Engineer with both design and Assembly Integration and Test experience to join our engineering team and deliver transformative laser communications technology. You will be responsible for the development of our optical subsystems, from requirements definition to testing in the field. In this role, you will work closely with our Product Technical Lead and optical engineering team. • Design of laser communication terminal optical/photonic sub-systems for extreme environments, • Requirement definition and trade off analysis for complex optical/photonics systems, finding the optimal balance of performance against cost, • Modelling of optical system performance, optimisation and tolerancing, • Conducting practical breadboard testing to validate modelled data, • Assembling, integrating and testing subsystems, • Supporting system level testing and trials, • Being a subject matter expert for optical and photonic systems, • Managing suppliers of optical and photonic components, • Providing technical leadership of subsystem development projects, • Experience defining requirements on optical systems, modelling and performing trades studies to inform design selection, • Optical design/analysis experience using Zemax or similar software for design, optimization and tolerancing. (Sequential, non‑sequential desirable), • Hands‑on experience with photonic components and systems, including lasers (CW and pulsed), optical detectors/receivers, modulators, and fibre/ free‑space optics, with a solid understanding of underlying physical principles and performance trade‑offs, • Hands‑on lab experience designing and carrying out tests for relevant optical systems, • Experience with electronics for optoelectronic systems, including analogue front‑ends, high‑speed data converters, embedded/FPGAs, and power/EMI/thermal considerations, • Experience with optical or RF communication systems, including modulation schemes, error correction, FPGA/SDR modem implementation, and relevant protocols (e.g. CCSDS, SpaceWire, Ethernet), • Experience with high power lasers, optical amplifiers, and relevant safety requirements, • Experience with optical instrument calibration and alignment, and procedure definition, • Knowledge of adaptive optics, • Knowledge of space/satellite systems Our office is based in Osney Mead, Oxford. There may be opportunity to work from home as agreed with your line manager. There may be opportunity for periodic business travel. • Opportunity to work on advanced optical systems to support a world‑changing vision, • A collaborative and transparent culture with strong links between functions, • Regular socials and weekly company lunch, • Professional development and skills growth within a specialist engineering field, • Competitive salary and benefits package, with equity options in a growing start‑up, • 25 days annual leave allowance plus bank holidays Archangel Lightworks is an equal opportunity employer. As part of our commitment to equality, we work to ensure a fair and consistent interview process. If you need any assistance or accommodation to complete your application or assessment, please contact us through the application form. We recognise that many candidates use AI tools when applying. Please ensure your application reflects your own experience, skills, and thinking. We assess applications based on authenticity and accuracy, so anything generated with AI should be reviewed, personalised, and representative of you. #J-18808-Ljbffr

EnviroTech Talent seeks a Head of Manufacturing to lead the development of manufacturing processes for advanced thermal components, supporting the transition from outsourced prototype production to scalable, in-house manufacturing. This role is central to the industrialisation of innovative products, ensuring manufacturing processes are robust, repeatable and commercially viable. You will work closely with engineering teams, suppliers and external partners to develop production methods, #J-18808-Ljbffr

We are at the forefront of cutting-edge security innovation, we specialise in the design, installation, and support of advanced surveillance and integrated site protection systems. Our mission is to deliver intelligent, reliable, and affordable security solutions that safeguard high-profile environments. We don’t just install technology—we engineer peace of mind. By combining our proprietary systems with best-of-breed technologies and meticulous project management, we deliver fully integrated, turn-key solutions tailored to each unique site. Our team conducts comprehensive threat and vulnerability assessments to ensure every solution is both precise and future-proof. What sets us apart is our deep expertise in high-end surveillance and bespoke installation techniques. This makes us a trusted partner in some of the most sensitive and demanding environments. If you're passionate about innovation, precision, and making a real impact in the world of security, you'll thrive here. As a Systems Engineer at Johnson Controls, your primary responsibility will be to provide exceptional engineering services to our customers across various aspects of system maintenance, and service delivery across CCTV, Access Control and Intruder Alarm systems. You will ensure that all work meets or exceeds our customers’ expectations and that Johnson Controls is seen as a trusted partner in delivering world-class engineering solutions. In this role, you will take full ownership of all engineering service activities, planned and preventative maintenance, and responding to technical call-outs. A key part of your role will be ensuring smooth coordination between internal teams and customers, maintaining excellent communication throughout, and ensuring accurate paperwork and billing records are kept. As an integral member of the Services and Maintenance Team, your ability to work proactively, independently, and as part of a wider team is critical. You will support the team by offering your expertise when responding to technical faults, while working closely with both new and existing customers to maintain, optimize, and enhance their systems. Additionally, you will be required to participate in the on-call rota to provide 24/7 engineering support. • Collaborate with customers, project management teams, and internal stakeholders to develop and deliver system requirements and solutions., • Manage system maintenance tasks and monitor all installed systems and infrastructure., • Ensure that solutions and services meet or exceed customer expectations., • Complete all project and service-related documentation to meet business timelines and operational standards., • Adhere to Johnson Controls’ procedures and Health & Safety policies., • Strong experience in integrated enterprise-level systems, including:, • CCTV, • Intruder Alarm Systems, • Perimeter Detection, • Access Control, • Video Intercom Systems, • Hands-on experience with technologies such as:, • Genetec, Gallagher, Milestone, FLIR Latitude, ProWatch, and Commend., • Experience with high-end CCTV cameras (Bosch, Axis, Optical/Thermal imaging)., • Experience with Grade 3 Intruder Alarm installations (Galaxy, Texecom, and peripherals)., • Familiarity with Senstar Omnitrax/Fibre Patrol and Fibre Optic systems (desirable but not essential)., • Excellent communication skills, both internally and externally with customers., • Self-driven, enthusiastic, and able to work independently., • Professional demeanor and customer-centric approach., • Willing to travel and spend time away from home., • Self-motivated with a positive, customer-focused attitude., • Proven ability to deliver high-quality customer engineering services., • Reliable and capable of working both autonomously and as part of a team., • Must be able to achieve and maintain government-level SC clearance. At Johnson Controls, we offer you a challenging and dynamic environment where you can grow your expertise and contribute to a world-leading organization. Join us in shaping the future of engineering services and delivering innovative solutions that create a safer, smarter, and more sustainable world. #RMDFL #UKengineering #J-18808-Ljbffr

Infleqtion is a global quantum technology company solving the world’s most challenging problems. The company harnesses quantum mechanics to build and integrate quantum computers, sensors, and networks. From fundamental physics to leading edge commercial products, Infleqtion enables “quantum everywhere” through our ecosystem of devices and platforms. Infleqtion has offices in the USA, United Kingdom and Australia. This is a permanent, full-time position at our Kidlington, Oxford office. Our flexible working policy enables all full-time employees to work from home up to 2 days a week, if work permits. As part of our continued growth in the UK, we are expanding our Engineering Team and recruiting a Systems Integration Engineer. In this role, you will help build and deploy the next generation of our quantum computing systems, integrating RF, optical, electronic, and third‑party devices with our advanced control systems. You will work across multiple engineering disciplines to bring complex subsystems together into reliable, high‑performance systems. This is an opportunity to contribute directly to the development of ground‑breaking quantum technologies with the potential to transform computing and solve some of the world’s most challenging problems. • Integrate electronics devices, instruments, third‑party devices, and subsystems into larger complex systems comprising RF, analogue, digital, optical, and mechanical elements., • Translate system‑level requirements into practical integration architectures, interfaces, cabling, power, communications, and control schemes., • Develop system interconnects including cable assemblies, harnesses, RF connections, grounding, shielding, power distribution, and signal routing., • Perform system bring‑up, commissioning, troubleshooting, fault isolation, and performance optimisation., • Identify and resolve integration issues including grounding, EMI/EMC, signal integrity, timing, communications, power distribution, and environmental effects., • Develop and maintain system diagrams, interface control documentation, wiring diagrams, integration procedures, and configuration records., • Define and execute integration, verification, and validation test plans at subsystem and system level., • Use laboratory test and measurement equipment to diagnose system‑level performance and integration problems., • Support installation, deployment, commissioning, and maintenance of systems in laboratory and operational environments., • Work closely with electronics, software, FPGA, mechanical, optical, physics, and systems engineering teams to ensure successful end‑to‑end integration., • Support supplier selection and integration of third‑party equipment and externally developed subsystems., • Contribute to system risk management, failure analysis, reliability improvement, and continuous improvement activities., • Collaborate effectively with team members to ensure deadlines are met, • Work within multi‑disciplinary teams including physicists, engineers, and technicians to develop solutions, • Adapt to changing circumstances and manage ambiguity effectively, • Bachelor’s degree or substantive equivalent experience in electrical engineering, systems engineering, electronic engineering, physics, mechatronics, or a related technical discipline., • Several years of relevant and progressive experience integrating complex multidisciplinary hardware systems., • Strong practical understanding of analogue, digital, RF, power, grounding, shielding, and signal integrity principles., • Experience integrating PCBs, embedded systems, instruments, sensors, actuators, and third‑party equipment into larger systems., • Experience with system bring‑up, commissioning, troubleshooting, and fault isolation., • Experience developing and interpreting system block diagrams, wiring diagrams, interface specifications, and technical documentation., • Experience with electrical interfaces and communications protocols such as Ethernet, serial, SPI, I2C, CAN, USB, or similar., • Experience designing or specifying cabling, connectors, harnesses, grounding, shielding, and power distribution., • Experience with testing, verification, and validation of complex systems and subsystems., • Experience using test and measurement equipment such as oscilloscopes, spectrum analysers, network analysers, signal generators, power meters, and digital multimeters., • Ability to diagnose issues across multiple engineering disciplines rather than within a single subsystem., • Ability to work effectively within highly collaborative, multidisciplinary engineering teams., • Experience integrating RF systems including amplifiers, mixers, oscillators, filters, attenuators, and frequency conversion equipment., • Experience integrating optical or electro‑optical systems including lasers, photodetectors, modulators, and optical control hardware., • Experience with precision analogue electronics, low‑noise systems, and high‑resolution data acquisition., • Experience with FPGA‑based and embedded control systems., • Experience integrating laboratory automation and instrumentation using software interfaces such as SCPI, serial communications, Ethernet, or APIs., • Familiarity with EMI/EMC design and troubleshooting., • Experience designing systems for long‑term stability and operation under varying environmental conditions., • Experience with rack‑mounted systems, equipment enclosures, thermal management, and power distribution., • Experience commissioning complex scientific, industrial, or quantum technology systems., • Experience solving complex multidisciplinary problems in highly technical and scientific environments. Up to 10% travel, including international travel, may be required Work will normally be performed in an office and laboratory environment. Able to efficiently use automated office equipment such as laptops, copiers, and printers; able to effectively engage in communications (via phone, computer, or in‑person). Will involve sitting, standing, walking, lifting, and carrying up to 10 kg. Regardless of your interest in the quantum industry, you can take pride in the fact that Infleqtion is building an ecosystem of quantum technologies and commercial products, driving the industry towards the future. Studies reveal that while men apply for jobs when they meet an average of 60% of the requirements, women and other groups tend to apply only when they meet all the criteria. If you believe you have the potential but don't meet every single point in our job advertisement, please don't hesitate to contact us! We would love to chat with you and see how you could bring great value to our team. Our goal is to find exceptional individuals who can enrich our team culture, actively contribute, and have a genuine passion for their work. Here you have freedom to embrace your whole self: who you love, your gender identity and expression, skin colour, age, appearance, disability, neurodiversity, DNA, military/veteran status, citizenship, and other factors that make up who you are. Your uniqueness is valued, welcomed, and appreciated here. We are dedicated to providing a positive workplace and base all employment decisions on your qualifications, performance, merits, as well as business needs. We are proud to be an Equal Employment Opportunity Employer. In addition to your base compensation, we offer a generous Total Rewards program which includes: • Competitive salary, • Unlimited PTO, • Generous company 10% pension contribution regardless of employee contribution, • Cycle to work scheme, • Tax efficient technology schemes, • Incentive Stock Option Plan, • BUPA Private Healthcare Insurance once probationary period is successfully completed #J-18808-Ljbffr

At the Ellison Institute of Technology (EIT), we’re on a mission to translate scientific discovery into real world impact. We bring together visionary scientists, technologists, engineers, researchers, educators and innovators to tackle humanity’s greatest challenges in four transformative areas: • Health, Medical Science & Generative Biology, • Food Security & Sustainable Agriculture, • Climate Change & Managing CO–2, • Artificial Intelligence & Robotics This is ambitious work – work that demands curiosity, courage, and a relentless drive to make a difference. At EIT, you’ll join a community built on excellence, innovation, tenacity, trust, and collaboration, where bold ideas become real‑world breakthroughs. Together, we push boundaries, embrace complexity, and create solutions to scale ideas from lab to society. Explore more at www.eit.org. Within this ecosystem, the Pathogen Mission exemplifies EIT’s commitment to transformative science. It aims to revolutionise the diagnosis and treatment of infectious diseases by leveraging whole genome sequencing (WGS)-based metagenomic and pathogen-specific analytical tools. This remit includes the development of a decentralised, sample-to-answer sequencing diagnostic platform for infectious diseases, enabling rapid and accurate analysis of patient samples without prior assumptions. Supported by Oracle Inc.’s cloud-computing scale and security infrastructure, the Pathogen Mission is progressing towards certified diagnostic products for deployment in laboratories, hospitals, and public health organisations worldwide. At EIT we are seeking an experienced and detail-orientated Microfluidics Engineer / Scientist to help develop next-generation diagnostic technology. In this role, you’ll work alongside experts in microfluidics, microbiology, electronics and firmware to design, build and iterate prototype instrumentation for a point-of-care device capable of metagenomic sequencing through a microfluidic cartridge interface. You will take a hands‑on role in translating microfluidic workflows into robust, system-ready implementations, working at the interface between cartridge design and automated instrumentation. This will involve designing and running experiments, supporting integration of microfluidic systems with actuation and control hardware, and resolving real‑world challenges related to fluid behavior, timing, sealing and system interaction. You will contribute directly to the development of decentralised diagnostic systems aimed at improving infectious disease detection in hospitals and public health settings worldwide. • Design, develop and improve microfluidic systems and cartridge architectures for use within automated instrumentation., • Translate biological assay requirements into practical microfluidic designs suitable for automation., • Define and refine interfaces between cartridge and instrument, including fluidic, mechanical and thermal interactions., • Collaborate with instrumentation, electronics and firmware engineers to ensure cartridge designs work effectively with automated actuation and control systems., • Support integration of microfluidic cartridges into prototype systems, including hands‑on testing, troubleshooting and system-level validation., • Prototype and test microfluidic designs using appropriate fabrication techniques, such as soft lithography, machining and rapid prototyping., • Design and execute experiments to evaluate cartridge performance, including yield, efficiency and repeatability., • Identify and help resolve fluidic, mechanical and assay-related failure modes., • Contribute to improving robustness, manufacturability and ease of use of cartridge designs., • Document designs, test results and iteration outcomes clearly and systematically., • Contribute to design reviews and technical decision-making within the microfluidics domain. We welcome applicants with a range of experiences and career paths. You may have gained relevant expertise in industry, applied research or academia. • BSc or BEng (or equivalent) in Engineering, Physics, Bioengineering, or related field with specialisation in microfluidics, MEMS, or lab-on-a-chip systems, • 4+ years’ experience in microfluidics, lab‑on‑chip systems, or related areas (industry or applied research)., • Experience designing and developing microfluidic systems, devices or closely related technologies., • Understanding of fluid behaviour at small scales, including areas such as mixing, flow control or multiphase systems., • Experience working with biological or chemical assays, ideally within microfluidic or closely related systems., • Practical experience in prototyping and testing devices or experimental systems., • Experience designing for integration with external systems, such as actuators, pumps or thermal systems., • Ability to design and run structured experiments to evaluate system performance., • Experience troubleshooting and improving performance in complex systems., • Familiarity with CAD or similar design tools., • Strong problem‑solving skills and a practical approach to experimental work., • Ability to work effectively within multidisciplinary teams spanning engineering, biology and software., • Experience designing microfluidic systems for automated or semi‑automated platforms., • Knowledge of sample preparation workflows, such as nucleic acid extraction, host depletion or amplification., • Familiarity with bead‑based workflows, particle separation or cell lysis techniques., • Experience working with complex biological samples, such as blood, sputum or environmental samples., • Understanding of contamination control and sample handling in diagnostic systems., • Experience considering manufacturability and scale‑up of microfluidic designs., • Familiarity with cartridge‑based or disposable device design., • Exposure to integration of microfluidics with sensors or detection systems., • Experience working in research and development or product development environments., • Enjoys hands‑on experimental and engineering work, including building, testing and iterating real systems., • Comfortable working in an R&D environment where priorities can evolve., • Approaches technical challenges thoughtfully and systematically., • Collaborative and team‑oriented, working effectively with engineers, scientists and software developers., • Able to translate scientific concepts into robust engineering solutions., • Detail‑oriented and methodical in experimental design, testing and documentation., • Able to work independently within their area of expertise while contributing to wider team goals., • Communicates technical challenges and solutions clearly across disciplines., • Salary: Competitive + travel allowance + bonus, • Enhanced holiday pay, • Pension, • Life Assurance, • Income Protection, • Private Medical Insurance, • Hospital Cash Plan, • Therapy Services, • Perk Box, • Electric Car Scheme, • You must have the right to work permanently in the UK with a willingness to travel as necessary. In certain cases, we can consider sponsorship, and this will be assessed on a case‑by‑case basis., • You will live in, or within easy commuting distance of, Oxford (or be willing to relocate)., • You must be eligible to work in the UK with occasional travel (1-3 trips per year). #J-18808-Ljbffr

Field Safety Engineer Remote Based | UK & Europe Travel | Up to £45,000 + Company Car + 6% Bonus Are you a hands-on engineer with experience in machinery maintenance, electrical systems or industrial safety? Looking for a role that combines practical engineering, customer interaction and travel across the UK and Europe? We're recruiting for a Field Safety Engineer to join a specialist safety services team, helping manufacturers improve workplace safety and protect employees from hazardous energy. This is a remote-based position, with around 50% travel across the UK and Europe, offering plenty of variety and the opportunity to work directly with customers across a range of industrial environments. The Role You'll work on customer sites to assess machinery, identify energy sources and develop safe isolation procedures to help prevent accidents and improve compliance with safety practices. Key responsibilities include: • Visiting manufacturing sites to assess machinery, layouts and safety requirements., • Identifying and documenting energy sources, including electrical, pneumatic, hydraulic and thermal systems., • Creating visual safety and isolation procedures using specialist software., • Installing machine safety labels, tags and identification placards., • Auditing existing safety procedures and delivering customer training., • Recommending appropriate safety equipment and solutions to customers., • Building strong relationships with customer teams and supporting ongoing safety improvements. About You We're interested in people with a practical engineering background who enjoy solving problems and working directly with customers. You'll ideally have: • Experience in industrial maintenance, automation, machine commissioning or machinery safety., • A good understanding of electrical, mechanical or fluid systems within a manufacturing environment., • Strong communication skills and a customer-focused approach., • The ability to work independently and manage your own schedule., • A full UK driving licence and willingness to travel regularly across the UK and Europe. Relevant electrical or health and safety qualifications, such as IOSH, NEBOSH or similar, would be advantageous but are not essential. What's on Offer? • Salary of up to £45,000, depending on experience., • Company car., • 6% annual bonus., • Remote-based working with flexibility over your UK location., • A varied, customer-facing engineering role with international travel., • The opportunity to develop your expertise in industrial safety and hazardous energy control. Interested? If you have a hands-on engineering background and would enjoy a role combining technical problem-solving, customer interaction and travel, get in touch to find out more. Contact Lewis Phillips at or call 01582 369359. JBRP1_UKTJ

An exciting opportunity has arisen for an experienced Systems Engineering Team Lead to join a growing space organisation developing complex spacecraft and advanced space systems. This is a senior technical leadership position combining systems engineering, technical delivery and people management. You will lead a team of systems engineers while remaining closely involved in the development and maturation of complex space systems, from early architecture and mission definition through to integration, verification and delivery. Working closely with project managers, customers, suppliers and multidisciplinary engineering teams, you will help shape technical solutions, lead system-level trade-offs and ensure projects remain aligned with performance, cost and schedule requirements. • Lead and manage a team of approximately 6–8 systems engineers, supporting their development, workload and performance., • Define mission concepts, system requirements, technical objectives and development profiles based on customer and stakeholder needs., • Lead system-level architecture development and technical trade-off studies., • Identify key technical drivers relating to system performance, risk, cost and schedule., • Lead technical discussions and present trade-off analyses to engineering and project stakeholders., • Manage requirements, design baselines and configuration/change management throughout the system lifecycle., • Work closely with project managers, engineering leadership, customers and suppliers to achieve consensus on complex technical issues., • Coordinate technical deliverables, risk mitigation activities and engineering priorities across multidisciplinary teams., • Identify technical and resource requirements across current and future projects., • Support recruitment, interviewing and onboarding of new systems engineering team members., • Identify skills gaps and develop plans to support the professional development of engineers., • Review and provide technical oversight of engineering outputs., • Support the team with hands-on systems engineering activities where required. We are looking for an experienced systems engineer with a strong background in space or similarly complex engineering environments, who is ready to take the next step into a technical team leadership position. You should have: • 5+ years' experience in space systems engineering or a similarly complex engineering environment., • A good understanding of the key subsystems and functions involved in a typical satellite mission., • Strong experience with systems requirements definition, derivation and management., • Experience with system validation, verification and delivery., • The ability to conduct complex technical and programme‑level trade-offs., • Experience managing technical risk, scope, budget and schedule constraints., • Confidence working with engineering simulations and outputs from aerospace engineering tools., • Strong communication and stakeholder management skills, with the ability to explain complex technical subjects to both technical and non-technical audiences., • The ability to work effectively across multidisciplinary engineering teams., • 2+ years' experience managing or leading systems engineers., • 8+ years' experience in space systems engineering or similarly complex systems., • Broader knowledge of spacecraft engineering disciplines such as mechanical, thermal, mechanisms or GNC., • Experience with satellite Assembly, Integration and Test (AIT)., • Experience supporting spacecraft or mission operations., • Experience working on ESA or other institutional space programmes., • Experience working across the full spacecraft development lifecycle., • Hybrid working with flexible arrangements around core hours., • Optional 9/75 working pattern., • 25 days' annual leave, increasing with service, plus public holidays., • Private healthcare., • Life insurance and long-term sick pay., • Relocation assistance may be available., • Opportunities for professional development and career progression., • Access to modern engineering and cleanroom facilities., • Collaborative, international and technically driven working environment. This is an excellent opportunity for an experienced Systems Engineer or Senior/Lead Systems Engineer looking to combine hands‑on technical engineering with team leadership and strategic responsibility. You will have the opportunity to influence system architecture, develop engineering capability and lead a talented team working on technically challenging space missions from concept through to delivery. TT #J-18808-Ljbffr

Hybrid working, with office and laboratory facilities based in Oxfordshire As soon as possible We are an innovative engineering company developing advanced thermal management technologies for next-generation energy systems. Our mission is to improve efficiency and reduce emissions across a range of industries, including aerospace, automotive, clean energy, advanced manufacturing and data infrastructure. As a growing technology business, we combine cutting-edge engineering with a collaborative and agile working environment, offering employees the opportunity to make a tangible impact while helping scale breakthrough technologies from research into commercial production. • Hybrid working, • Flexible working hours, • Equity participation through an employee share option scheme, • 25 days annual leave plus bank holidays, increasing with length of service, • Annual leave carry-over allowance, • Enhanced company sick pay, • Enhanced maternity and paternity pay, • Salary sacrifice pension scheme with employer contribution, • Reimbursement of professional membership fees, • Life insurance, • Income protection insurance, • Private virtual GP access for immediate family members, • Employee Assistance Programme, • Cycle to Work scheme, • Employee discount programme, • Visa sponsorship available where applicable We believe innovation thrives in a collaborative environment where talented people are empowered to contribute ideas and take ownership. We encourage flexible working, maintain open communication across the business, and support continuous learning and professional development. Alongside challenging technical work, we value teamwork and regularly bring colleagues together through company-wide events and social activities. We are seeking an experienced Head of manufacturing to lead the development of manufacturing processes for advanced thermal components, supporting the transition from outsourced prototype production to scalable, in-house manufacturing. This role is central to the industrialisation of innovative products, ensuring manufacturing processes are robust, repeatable and commercially viable. You will work closely with engineering teams, suppliers and external partners to develop production methods, establish quality systems and support the introduction of new manufacturing capabilities. The successful candidate will take ownership of technical manufacturing workstreams while helping shape the company's long-term production strategy. • Identify, evaluate and manage external manufacturing partners for prototype production using processes such as additive manufacturing, powder-based manufacturing, metal joining and precision machining., • Plan and oversee mechanical, thermal and materials testing to validate manufacturing, joining and assembly processes., • Assess manufacturing technologies suitable for long-term production scale-up., • Develop and implement quality assurance processes for internally and externally manufactured components, including inspection and non-destructive testing methods., • Lead the specification, installation, commissioning and operation of in-house manufacturing, assembly and inspection equipment., • Develop Design for Manufacture (DfM) guidelines and work closely with engineering teams to embed manufacturing considerations into product development., • Provide manufacturing feedback to improve product designs and optimise production efficiency., • Drive continuous improvement in manufacturing processes, ensuring reliability, repeatability and traceability., • Support the planning and delivery of research and development projects and collaborative programmes., • Coordinate manufacturing activities, project timelines and technical deliverables., • Mentor junior engineers and contribute to the growth of the engineering team., • Support the development of new manufacturing technologies and production capabilities., • Degree in Mechanical Engineering, Manufacturing Engineering, Materials Science or a related discipline., • Strong understanding of manufacturing, joining, testing and quality assurance techniques., • Experience managing external suppliers and prototype manufacturing programmes., • Knowledge of process control, dimensional tolerancing and quality assurance for additively manufactured components., • Excellent organisational, communication and technical documentation skills., • Experience with powder-based manufacturing processes, including metal binder jetting or metal injection moulding., • Experience establishing or commissioning pilot manufacturing lines., • Background in thermal management, heat exchanger or precision-engineered component manufacturing., • Experience developing in-house manufacturing facilities or laboratories., • Experience working within regulated industries such as aerospace or automotive., • Familiarity with industry qualification and environmental testing standards such as DO-160 or equivalent. #J-18808-Ljbffr

I'm working with an exciting Oxford-based technology startup that is developing highly advanced hardware, and they're now looking for a Lead Manufacturing Engineer to join the team at a pivotal stage of their growth. This is a genuinely hands-on opportunity. The business has developed the technology and is now looking for someone who can take it from R&D and prototype builds through to a robust, scalable manufacturing process. You'll have significant ownership across manufacturing, supplier development, test and production readiness, working closely with the mechanical, electrical and thermal engineering teams. • Leading the transition from prototype through alpha/beta builds and towards production, • Developing manufacturing processes, tooling, equipment and automation, • Working with PCB/PCBA, CNC, materials and other specialist manufacturing suppliers, • Driving DfM/DfA across new product development, • Developing and managing product testing, validation, EMC, environmental and accelerated lifetime programmes, • Working hands-on with robotics, tooling and custom automation, • Solving manufacturing and engineering problems from first principles, • Working with customers to validate products in demanding real-world applications, • 5+ years' experience in an advanced manufacturing environment — power electronics, robotics, precision engineering, aerospace, automotive or similar, • A degree in engineering or a relevant technical discipline, • A proven track record taking manufacturing processes, equipment or automation from concept through to operation, • Strong DfM/DfA knowledge, • Hands-on experience with robotics, tooling and/or custom automation, • Experience working with external manufacturing partners and suppliers, • Strong mechanical and electrical engineering capability #J-18808-Ljbffr

AFRY is seeking an experienced engineer to join the Energy Division in the UK, within the Thermal and Renewable Energy team. You will provide clients with technical leadership across project stages, including feasibility studies, FEED, EPCM and operations support. Your role involves delivering high-quality design outputs, supporting construction, and mentoring junior engineers while contributing to business development and sustainability goals. #J-18808-Ljbffr

We are looking for a Mechatronics Engineer to take responsibility for the mechanical design, prototyping and hardware integration of complex instrumentation. The position combines precision mechanical engineering, optomechanics, electronics integration and hands-on prototype development. We are looking for a practical engineer who enjoys building things, understands how different hardware subsystems interact and can turn engineering concepts into well-designed, functioning assemblies. • Design and develop precision mechanical and optomechanical assemblies., • Create 3D CAD models, engineering drawings and manufacturing documentation., • Select components, materials and manufacturing methods suitable for prototype development., • Design and integrate mechanical, electronic and electromechanical subsystems., • Develop practical solutions for alignment, thermal management, mechanical stability and maintainability., • Build, assemble, commission and troubleshoot experimental hardware and prototypes., • Work with external suppliers and manufacturers on component fabrication and procurement., • Collaborate with optical and systems engineers on multidisciplinary hardware integration., • Identify engineering limitations and implement improvements through testing and iterative development. We are looking for an engineer with strong practical skills and experience developing complex mechanical or mechatronic systems. • Strong foundation in mechanical engineering, mechatronics, precision engineering or a related discipline., • Proficiency in 3D CAD and mechanical design., • Hands‑on experience designing, building, assembling and troubleshooting hardware., • Understanding of mechanical tolerances, materials, manufacturing processes and design for assembly., • Experience integrating mechanical components with electronics, sensors, actuators or optical equipment., • Ability to translate engineering requirements into practical designs and functioning prototypes., • Good technical judgement, attention to detail and a systematic approach to problem‑solving., • Ability to work independently while contributing effectively to multidisciplinary engineering projects. Candidates will typically have three or more years of relevant professional or research experience. Equivalent experience gained through substantial hands‑on hardware development is equally relevant. We particularly value engineers who are comfortable working beyond their immediate specialisation and enjoy solving unfamiliar technical problems. • Precision optomechanics and instrumentation., • Optical mounting, alignment and mechanical integration., • Electronics integration, wiring and control hardware., • Sensors, actuators and motion‑control systems., • Thermal management and vibration‑sensitive assemblies., • CNC machining, additive manufacturing and rapid prototyping., • Design for manufacture and assembly., • Prototype commissioning, testing and hardware validation., • Development of complex experimental or industrial equipment. Prior experience with quantum technologies or THz imaging is not required. Practical engineering ability, versatility and the capacity to develop reliable hardware are more important than familiarity with the specific underlying technology. • Employment: Permanent, full‑time., • Working hours: 40 hours per week., • Annual leave: 28 days plus England and Wales bank holidays., • Pension: Employer contribution of 5% of gross annual salary., • Location: Oxford area, UK., • Working arrangements: Hybrid working is possible where compatible with project requirements. Regular on‑site work will be necessary for hardware development, assembly, testing and integration., • Expected start date: January 2027. Application deadline Thursday 12 November 2026 Expected interviews Week commencing 16 November 2026 Applicants must already have the right to work in the UK. Visa sponsorship and relocation assistance are not available. #J-18808-Ljbffr

AFRY’s Energy Division in the UK is seeking an experienced civil engineer to join the expanding Thermal and Renewable Energy team. You will lead civil engineering work from concept to detailed design, delivering drawings, specs and schedules while mentoring junior engineers. You will provide technical guidance, perform feasibility reviews, FEED studies and EPCM support, ensuring health and safety, quality and project success across diverse energy projects in the UK. #J-18808-Ljbffr

IonQ, Inc . [NYSE: IONQ] is the world's leading quantum platform and merchant supplier - delivering integrated quantum solutions across computing, networking, sensing, and security. IonQ's newest generation of quantum computers, the IonQ Tempo, is the latest in a line of cutting-edge systems that have been helping customers and partners including Amazon Web Services, and AstraZeneca achieve 20x performance results and accelerate innovation in drug discovery, materials science, financial modeling, logistics, cybersecurity, and defense. In 2025, the company achieved 99.99% two-qubit gate fidelity, setting a world record in quantum computing performance . Headquartered in College Park, Maryland, IonQ has operations in California, Colorado, Massachusetts, Tennessee, Washington, Italy, South Korea, Sweden, Switzerland, Canada, and the United Kingdom. Our quantum computing services are available through all major cloud providers, while we also meet the needs of networking and sensing customers across land, sea, air, and space. IonQ is making quantum platforms more accessible and impactful than ever before. At Oxford Ionics, now part of IonQ, we are building the first practical quantum computer. Our systems are based on ion traps, which hold individual atomic ions tens of microns above the surface of a chip, and we design and build them in house, bringing together optomechanics, vacuum and cryogenic technology, electronics and system infrastructure. We are looking for a Senior Mechanical Engineer to join our Systems team and take ownership of mechanical design from first requirements through to manufacture and integration. You will work on the hardware that surrounds the quantum processor, including cryostat requirements, cooling equipment, vacuum chambers and supporting structures, often in areas where the requirements are not yet fully defined. You will work alongside scientists, technicians and the wider hardware design teams to bring new systems through to manufacture. That means producing CAD designs, bills of materials and assembly drawings, managing documentation in our PLM system and working with suppliers and our manufacturing team. Our manufacturing team handles most assembly, but you will support technicians in the lab, investigate problems when they arise and make sure your designs can be built in practice. The work ranges from complex system layout to simple brackets and documentation, and you will see each piece through to completion. • Mechanically integrate multiple sub systems into one complete system, driving the overall mechanical layout., • Produce 3D designs of system assemblies and infrastructure, with detailed 2D drawings and bills of materials., • Design systems for vacuum pump down, gas handling and coolant management lines., • Plan the routing of cables, optical fibre and other physical services throughout the system., • Gather and scope requirements with scientists and engineers, then roll out upgrades and variations to system builds. You will be a mechanical engineer with a strong design background and a practical understanding of how things are assembled and manufactured. A degree in Mechanical Engineering or a related field, or equivalent experience, and around five years of relevant industry experience will give you the grounding the role needs. We want someone proactive who asks questions, gathers requirements, spots the missing details and sees a job through. You will be comfortable working independently with a high degree of autonomy, while collaborating closely with scientists and engineers across disciplines. Quantum experience is not required. • Established CAD ability, ideally in SolidWorks, with a focus on assembly structure., • Experience of complex multidisciplinary systems and good assembly practice., • Experience with cryogenic or vacuum systems., • Familiarity with GD&T and preparing drawings for manufacture and inspection., • Experience of PLM systems or thermal analysis. The total compensation package includes base salary, bonus, equity, and a range of benefits available on our career site. Compensation will vary based on individual factors such as education, qualifications, and experience of the final candidate(s), specific office location, and calibration against relevant market data and internal team equity. Posted base salary figures are subject to change as new market data becomes available. Our benefits include comprehensive medical, dental, and vision plans, matching 401(k), unlimited PTO and paid holidays, parental/adoption leave, legal insurance, and a home technology stipend. Details of participation in these benefit plans will be provided when a candidate receives an offer of employment. At IonQ, we believe in fair treatment, access, opportunity, and advancement for all while striving to identify and eliminate barriers. #J-18808-Ljbffr

At the Ellison Institute of Technology (EIT), we’re on a mission to translate scientific discovery into real world impact. We bring together visionaryscientists, technologists, engineers, researchers, educators and innovatorsto tackle humanity’s greatest challenges in four transformative areas: • Health, Medical Science & Generative Biology, • Food Security & Sustainable Agriculture, • Climate Change & Managing CO₂, • Artificial Intelligence & Robotics This is ambitious work - work that demands curiosity, courage, and a relentless drive to make a difference. At EIT, you’ll join a community built on excellence, innovation, tenacity, trust, and collaboration, where bold ideas become real-world breakthroughs. Together, we push boundaries, embrace complexity, and create solutions to scale ideas from lab to society. Explore more at . Within this ecosystem, the Pathogen Mission exemplifies EIT’s commitment to transformative science. It aims to revolutionise the diagnosis and treatment of infectious diseases by leveraging whole genome sequencing (WGS)-based metagenomic and pathogen-specific analytical tools. This remit includes the development of a decentralised, sample-to-answer sequencing diagnostic platform for infectious diseases, enabling rapid and accurate analysis of patient samples without prior assumptions. Supported by Oracle Inc.’s cloud-computing scale and security infrastructure, the Pathogen Mission is progressing towards certified diagnostic products for deployment in laboratories, hospitals, and public health organisations worldwide. We’re seeking an experienced and innovative Senior MEMS Development Engineer to develop novel microfabricated devices and sensor interfaces for next-generation nanopore sequencing technologies. This hands-on role will focus on designing, prototyping, and characterising MEMS devices, taking concepts from proof-of-concept through to integrated multi-channel sensing systems. Working closely with a Senior Electronics R&D Engineer, you’ll drive device development through iterative design, testing, and optimisation. You’ll tackle challenges spanning microfabrication, materials, device architecture, and MEMS‑electronics integration while collaborating with external fabrication partners and technical suppliers. As the programme grows, you’ll help establish the MEMS engineering capabilities, processes, and technical foundations needed to support a wider multidisciplinary team. • Take technical ownership of the MEMS engineering development of novel microfabricated sensing structures and device interfaces, from early concepts through to functional prototypes and integrated systems., • Design and develop microfabricated devices and test structures, including the selection of materials, fabrication processes and device geometries., • Develop and evaluate fabrication approaches using established semiconductor and MEMS manufacturing techniques, adapting processes to meet the requirements of novel sensing devices., • Work closely with the Senior Electrical R&D Engineer to co-develop and evaluate prototype devices, using experimental findings to guide iterative improvements in MEMS design and electronic integration., • Design and characterise mechanical, electrical and material interfaces, investigating their influence on device performance, reliability and repeatability., • Develop experimental methods and test structures to assess fabrication quality, dimensional accuracy, device performance and reliability., • Investigate the effects of materials, surface properties, fabrication tolerances and assembly processes on device behaviour and performance., • Collaborate with electrical and mechanical engineers to develop prototype assemblies, alignment methods and experimental test platforms., • Identify and resolve fabrication challenges through design iteration, experimental characterisation and failure analysis., • Develop increasingly sophisticated prototype devices as the project progresses, supporting the transition from initial feasibility studies to integrated nanopore sensing systems., • Identify and engage specialist external fabrication facilities, engineering suppliers and technical collaborators to support the development and manufacture of prototype components and devices., • Define technical specifications and fabrication requirements for external suppliers, including design documentation, material requirements, dimensional tolerances and performance criteria., • Coordinate technical activities with external suppliers and collaborators, reviewing fabrication approaches, monitoring progress and evaluating deliverables against agreed requirements., • Plan and execute structured experiments, analyse performance data and translate findings into engineering requirements and design improvements., • Contribute to the selection and development of fabrication methods, considering manufacturability, scalability, cost and process reliability., • Maintain clear technical documentation, design records and experimental results, contributing to intellectual property development and technical reviews while ensuring appropriate confidentiality., • Provide technical guidance and mentoring as the engineering team expands, helping establish robust engineering practices and development processes. We welcome applicants from industry, applied research and academia who can demonstrate strong technical expertise and practical engineering capability. • Degree in Electrical Engineering, Mechanical Engineering, Materials Science, Physics or a related discipline, or equivalent relevant experience., • Significant experience in MEMS engineering, semiconductor microfabrication or microdevice development, ideally involving novel sensors, electronic interfaces or precision microfabricated systems., • Strong understanding of MEMS design principles, materials selection and microfabrication techniques., • Experience designing microfabricated devices using CAD tools, including the preparation of layouts, fabrication drawings or photolithography mask designs., • Practical knowledge of semiconductor and MEMS manufacturing processes, such as photolithography, thin-film deposition, etching, surface treatment and metallisation., • Experience developing and characterising prototype devices, including dimensional, mechanical and electrical evaluation., • Ability to understand and resolve fabrication challenges through experimental investigation, design modification and process optimisation., • Knowledge of material properties, fabrication tolerances and their influence on device functionality and reliability., • Experience planning and executing structured experimental programmes to characterise complex devices and resolve technical challenges., • Ability to work independently, establish technical approaches and deliver functional prototypes in an early-stage R&D environment., • Experience collaborating with multidisciplinary teams and translating requirements between MEMS, electronics, mechanical engineering and device fabrication., • Ability to develop clear technical specifications and work effectively with external fabrication facilities, engineering suppliers or development partners., • Experience developing MEMS or microfabricated devices for biosensing, electrochemical sensing, nanopore technologies or other sensor applications., • Knowledge of silicon micromachining, wafer processing and microelectronic device fabrication., • Experience with microfabricated electrodes, conductive thin films, dielectric materials or electronic sensor interfaces., • Familiarity with microelectronic packaging, device assembly, bonding and integration of MEMS with electronic systems., • Experience with polymeric materials, elastomeric components or other compliant materials used in microsystems., • Knowledge of mechanical contact behaviour, surface interactions, material deformation and reliability testing at small length scales., • Experience with optical microscopy, electron microscopy, profilometry, surface analysis or other microdevice characterisation techniques., • Experience designing devices that incorporate fluidic, electrochemical or biological components., • Familiarity with finite element analysis or other simulation methods for mechanical, thermal or material behaviour., • Experience working with external MEMS foundries, academic cleanroom facilities or specialist microfabrication suppliers., • Knowledge of fabrication process development, process yield improvement and quality control., • Understanding of design for manufacture, engineering reliability and transitioning prototype devices towards scalable production., • Hands-on and inventive: Enjoys solving technical challenges through practical engineering, experimentation and rapid prototyping., • Comfortable with early-stage R&D: Able to work effectively where solutions are not yet established and technical requirements evolve through experimentation., • Analytical and systematic: Uses sound engineering judgement and quantitative evidence to understand complex behaviour and guide design decisions., • Collaborative: Works closely with specialists in electronics, mechanical engineering, chemistry and MEMS fabrication, as well as external technical partners, to develop integrated solutions., • Independent and proactive: Can establish experimental capabilities, identify priorities and progress technical work with limited existing infrastructure., • Technically ambitious: Motivated by challenging engineering problems and developing technologies with the potential for substantial real-world impact., • Clear communicator: Able to explain complex technical challenges, document findings and communicate requirements effectively with colleagues, suppliers and external collaborators., • Salary: Competitive + travel allowance + bonus, • Enhanced holiday pay, • Pension, • Life Assurance, • Income Protection, • Private Medical Insurance, • Hospital Cash Plan, • Therapy Services, • Perk Box, • Electric Car Scheme, • You must have the right to work permanently in the UK with a willingness to travel as necessary. In certain cases, we can consider sponsorship, and this will be assessed on a case-by-case basis., • You will live in, or within easy commuting distance of, Oxford (or be willing to relocate)., • You must be eligible to work in the UK with occasional travel (1-3 trips per year). #J-18808-Ljbffr

Envirotech Talent seeks an experienced Head of Manufacturing to lead manufacturing processes for advanced thermal components, transitioning from outsourced prototype work to scalable in-house production. The role focuses on industrialising innovative products, establishing robust, repeatable processes, and shaping long-term production strategy while collaborating with engineering, suppliers and partners. #J-18808-Ljbffr

PCB Design Engineer / PCB Schematic Capture and Layout Designer- Just Temps is currently recruiting for an experienced PCB Design Engineer / PCB Schematic Capture and Layout Designerto join the team. You will be working in partnership with our client based in Oxford, Oxfordshire where every day makes a difference to people's lives through innovative technology respected. This is an excellent opportunity for someone looking to build a long-term career within manufacturing. The role will initially be a temporary position for up to 12 weeks and for the right candidate will go permanent! We have over 40 years of experience supporting businesses with temporary and temp-to-perm roles. Over the last 12 months, we have placed over 200 candidates into permanent positions! We offer fantastic benefits and these include: • Holiday pay on each hour worked, • Pension after a qualifying period, • Access to employee rewards with 1,400 offers, including retail discounts, cashback, phone savings, discounted fitness membership + more! You will work closely with electrical engineers, mechanical designers, and manufacturing teams to bring complex circuit board designs from concept to production. You'll collaborate with hardware engineers to interpret circuit designs and translate them into accurate schematics. Working hours for this role will be 37 hours per week (remote working possible with periodic site attendance to be agreed). Salary on offer for this position is £50 - £60 per hour depending on experience. • Perform PCB layout and routing for digital, analog, RF, and mixed-signal designs, including high-speed interfaces., • Optimize component placement and routing for signal integrity, thermal management, and manufacturability., • Conduct DRC (Design Rule Checks), ERC (Electrical Rule Checks), and participate in design reviews., • Prepare fabrication and assembly drawings, BOMs, and Gerber/ODB++ files for manufacturing., • Interface with PCB fabricators and assembly houses to ensure design intent is met., • Maintain documentation throughout the design lifecycle in compliance with quality and regulatory requirements., • Relevant Electrical Engineering, Electronics qualifications, or a related field or appropriate equivalent., • 3+ years of proven experience in PCB schematic capture and layout., • Proficiency with Vutrax is essential. Experience with Mentor Graphics Expedition would be advantageous but not essential., • Strong understanding of PCB fabrication and assembly processes., • Familiarity with IPC standards (e.g., IPC-2221, IPC-7351)., • Excellent attention to detail and problem-solving skills., • Ability to manage multiple projects and meet deadlines. #J-18808-Ljbffr

Department: Engineering Employment Type: Full Time Location: Oxford We are seeking an experienced Optical Interconnect Architect to lead the architecture and development of next‑generation optical interconnect solution. The ideal candidate combines deep expertise in high-speed SerDes and ASIC architectures with a strong understanding of optical communications, photonics, and advanced packaging. You will work at the intersection of electrical and optical systems, defining architectures that enable higher bandwidth, lower power consumption, and greater interconnect density. This is a highly cross‑functional role spanning ASIC/SoC architecture, SerDes, optical engines, photonics, packaging, signal integrity, and system‑level interconnects. • Define system and link architectures for next‑generation optical interconnects., • Develop the electrical/optical interface architecture between ASICs, SerDes, optical engines, and photonic devices., • Lead architecture of high‑speed SerDes‑based optical links., • Evaluate and define architectures for co‑packaged optics (CPO), silicon photonics, optical I/O, chip‑to‑chip and package‑to‑package interconnects., • Develop link budgets and system‑level requirements covering bandwidth, latency, optical power, insertion loss, BER, energy/bit, thermal performance, and reliability., • Work closely with ASIC, SerDes, photonics, packaging, and system engineering teams to translate system requirements into implementable architectures., • Evaluate emerging optical emitter and receiver technologies and their integration with high‑speed electrical interfaces., • Assess new technologies for short‑reach optical interconnects, including highly parallel optical architectures and emerging emitter technologies., • Define electrical and optical interfaces, including requirements for drivers, receivers, modulators, photodetectors, lasers/emitters, and optical coupling., • Lead architectural trade studies between electrical copper, VCSEL, laser‑based silicon photonics, CPO, and emerging optical I/O technologies., • Develop system‑level specifications and contribute to technology roadmaps and product strategy., • Work with semiconductor and photonics partners to evaluate technology feasibility, performance, scalability, and manufacturability., • Support prototype development, system validation, and characterization of high‑speed optical links., • 10+ years of experience in high-speed semiconductor, networking, optical communications, or related technology development., • Deep experience with SerDes architecture and high-speed I/O., • Strong understanding of ASIC/SoC architecture and high-speed electrical interfaces., • Strong understanding of optical communication systems and optical link architecture., • Experience with one or more of: Silicon photonics, Co‑packaged optics (CPO), Optical transceivers, Optical engines, VCSELs / lasers, Photodetectors, Optical I/O & Chip‑to‑chip optical interconnects., • Experience translating system‑level requirements into detailed electrical and optical specifications., • Strong understanding of signal integrity, power integrity, jitter, BER, equalization, and link budgets., • Experience working across semiconductor, photonics, and packaging disciplines., • Strong technical communication skills and ability to lead architecture discussions across multidisciplinary teams., • Experience with Ethernet, PCIe, CXL, UCIe, or proprietary chip-to-chip interconnects., • Experience with 112G PAM4 or higher‑speed SerDes; experience with 224G/448G architectures is highly desirable., • Experience with advanced semiconductor packaging, chiplets, interposers, or 2.5D/3D integration., • Experience with optical I/O at the package or die level., • Experience with photonic integrated circuits (PICs) and/or silicon photonics., • Understanding of laser and emitter technologies, including VCSELs, DFB/EML lasers, and emerging microLED‑based optical sources., • Experience developing technology roadmaps and evaluating emerging semiconductor/photonics technologies., • Experience taking an interconnect technology from architecture through prototype and production., • Pension scheme, • Private medical & dental insurance, • 28 days' holiday + bank holidays, • Relocation support, • Visa support available #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 £70 million 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. We're looking for a Mechanical Engineer to support the development of high temperature superconducting (HTS) magnet technologies used in advanced fusion energy systems and other cutting-edge applications. 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., • EssentialDegree 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., • DesirableExperience 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: 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

Lumai, an Oxford-based optical compute company, seeks an experienced PCB layout engineer to turn hardware designs into manufacturable, high-layer-count boards. You’ll own layout from schematic handoff to fabrication release, manage libraries and CAD standards, and ensure robust signal, power, and thermal integrity for cutting-edge AI infrastructure. You will collaborate with SI/PI engineers and fabricators to defend stackups and deliver complete manufacturing outputs, including Gerber/ODB++, #J-18808-Ljbffr

Assystem is a global leader committed to accelerating the energy transition. With 7,500 employees across 12 countries, we tackle the monumental task of switching to low-carbon energy. Our 55+ years of experience in highly regulated sectors ensure we deliver top-notch engineering, project management, and digital solutions. 🚀 Join the Fusion and Modular Nuclear Business Unit! Reporting to the Turbine Island Lead, the Senior Mechanical Engineer shall be responsible for various Turbine Island design development activities. The Senior Mechanical Engineer shall work closely with multidisciplined teams and the supply chain to help deliver the Turbine Island design. 🔍 Intelligent Customer Role: Ensure supplier deliverables meet requirements by critically assessing designs. 📊 Develop & Review Designs: Create and review Process Flow Diagrams, Piping and Instrumentation Diagrams, Layout Drawings, Sizing Calculations, Datasheets, and Specifications. 🔍 Conduct Optioneering: Lead and review optioneering studies, Decision Record Files, Design Descriptions, and Requirement Specifications. 🔧 Apply Systems Engineering: Develop and review Functional and Design Requirements using Systems Engineering principles. ⚙️ Integrate Turbine Island: Seamlessly integrate Turbine Island design into the wider power plant. 📞 Provide Technical Support: Serve as the technical contact for Turbine Island interfaces and stakeholder activities. 👥 Support Design Reviews: Participate in Design Reviews and HAZID/HAZOP studies with multidisciplinary teams. 🛡️ Liaise on Safety: Work with the safety team on nuclear safety licensing, environmental planning/permitting, and related activities. 🔒 Ensure Compliance: Adhere to statutory H&S policies, project quality, and the Quality Management System. • 🌟 Over 55 years in nuclear engineering., • 🏆 Ranked among the top 3 largest nuclear engineering companies., • 💼 Attractive social benefits, including an engaging Employee Committee and holiday bonuses., • 📚 Ongoing training with numerous career opportunities., • 📈 70% of our managers are promoted internally!, • 🏠 Hybrid work: 1-2 days remote per week. 🛠️ Industry Experience: Previous work in nuclear, thermal power, oil and gas, or other regulated sectors. Experienced with steam turbines, condensers, feedwater heaters, pumps, and piping systems. 💧 Thermal Power Expertise: Strong background in thermal power systems, with experience from FEED to detailed design and EPC delivery. 📋 Procurement Skills: Skilled in developing procurement specifications and collaborating with equipment suppliers. ⚙️ Technical Proficiency: Extensive technical experience in thermal power or similar projects. 💬 Communication: Excellent at engaging with internal and external stakeholders. 🌐 Project Management: Capable of identifying and managing critical interfaces on major projects. ⚖️ Safety Knowledge: Proficient in UK Health and Safety regulations, safety systems, HAZOP, and engineering standards. 📚 Codes & Standards: Knowledgeable in ASME, European, and UK codes and standards. 🔧 Systems Engineering: Experience or awareness in Systems Engineering is a plus. 🏆 Results-Oriented: Independent, proactive, and team-focused with strong organizational skills. 📂 Confidentiality: Professional in handling sensitive nuclear information in line with export control obligations. 🎓 Educational Background: Bachelor’s degree or Higher National Diploma in engineering. Professional Registration: CEng or working towards it. 🔐 Security Clearance: SC Clearance or ability to achieve it. Due to the nature of the work, applicants must meet UK security clearance criteria. Ready to make a difference in the nuclear engineering world? Join us and be a part of the future of nuclear and fusion innovation! 🌐✨ We are committed to equal treatment of candidates and promote, as well as foster all forms of diversity within our company. We believe that bringing together people with different backgrounds and perspectives is essential for creating innovative and impactful solutions. Skills, talent, and our people’s ability to dare are the only things that matter. Bring your unique contributions and help us shape the future. #J-18808-Ljbffr

Williams Racing in the UK is seeking a CFD Engineer to advance the aerodynamic CFD capability across external, internal and thermal domains. You will build, refine and validate models, correlating CFD results with wind tunnel and track data to shorten development cycles and boost performance. You will develop new methods, write Python and shell tooling, and document changes for traceability. A strong grounding in fluid mechanics, numerical methods and clear communication are essential in this #J-18808-Ljbffr

About IonQ: IonQ, Inc. [NYSE: IONQ] is the world’s leading quantum platform and merchant supplier - delivering integrated quantum solutions across computing, networking, sensing, and security. IonQ’s newest generation of quantum computers, the IonQ Tempo, is the latest in a line of cutting- edge systems that have been helping customers and partners including Amazon Web Services, and AstraZeneca achieve 20x performance results and accelerate innovation in drug discovery, materials science, financial modeling, logistics, cybersecurity, and defense. In 2025, the company achieved 99.99% two-qubit gate fidelity, setting a world record in quantum computing performance. Headquartered in College Park, Maryland, IonQ has operations in California, Colorado, Massachusetts, Tennessee, Washington, Italy, South Korea, Sweden, Switzerland, Canada, and the United Kingdom. Our quantum computing services are available through all major cloud providers, while we also meet the needs of networking and sensing customers across land, sea, air, and space. IonQ is making quantum platforms more accessible and impactful than ever before. At Oxford Ionics, now part of IonQ, we are building the first practical quantum computer. Our systems are based on ion traps, which hold individual atomic ions tens of microns above the surface of a chip, and we design and build them in house, bringing together optomechanics, vacuum and cryogenic technology, electronics and system infrastructure. We are looking for a Senior Mechanical Engineer to join our Systems team and take ownership of mechanical design from first requirements through to manufacture and integration. You will work on the hardware that surrounds the quantum processor, including cryostat requirements, cooling equipment, vacuum chambers and supporting structures, often in areas where the requirements are not yet fully defined. You will work alongside scientists, technicians and the wider hardware design teams to bring new systems through to manufacture. That means producing CAD designs, bills of materials and assembly drawings, managing documentation in our PLM system and working with suppliers and our manufacturing team. Our manufacturing team handles most assembly, but you will support technicians in the lab, investigate problems when they arise and make sure your designs can be built in practice. The work ranges from complex system layout to simple brackets and documentation, and you will see each piece through to completion. Key responsibilities include: • Mechanically integrate multiple sub systems into one complete system, driving the overall mechanical layout., • Produce 3D designs of system assemblies and infrastructure, with detailed 2D drawings and bills of materials., • Design systems for vacuum pump down, gas handling and coolant management lines., • Plan the routing of cables, optical fibre and other physical services throughout the system., • Gather and scope requirements with scientists and engineers, then roll out upgrades and variations to system builds. You will be a mechanical engineer with a strong design background and a practical understanding of how things are assembled and manufactured. A degree in Mechanical Engineering or a related field, or equivalent experience, and around five years of relevant industry experience will give you the grounding the role needs. We want someone proactive who asks questions, gathers requirements, spots the missing details and sees a job through. You will be comfortable working independently with a high degree of autonomy, while collaborating closely with scientists and engineers across disciplines. Quantum experience is not required. You’d be a great fit with: • Established CAD ability, ideally in SolidWorks, with a focus on assembly structure., • Experience of complex multidisciplinary systems and good assembly practice., • Experience with cryogenic or vacuum systems., • Familiarity with GD&T and preparing drawings for manufacture and inspection., • Experience of PLM systems or thermal analysis. The total compensation package includes base salary, bonus, equity, and a range of benefits available on our career site. Compensation will vary based on individual factors such as education, qualifications, and experience of the final candidate(s), specific office location, and calibration against relevant market data and internal team equity. Posted base salary figures are subject to change as new market data becomes available. Our benefits include comprehensive medical, dental, and vision plans, matching 401(k), unlimited PTO and paid holidays, parental/adoption leave, legal insurance, and a home technology stipend. Details of participation in these benefit plans will be provided when a candidate receives an offer of employment. At IonQ, we believe in fair treatment, access, opportunity, and advancement for all while striving to identify and eliminate barriers. We empower employees to thrive by fostering a culture of autonomy, productivity, and respect. We are dedicated to creating an environment where individuals can feel welcomed, respected, supported, and valued. We are committed to equity and justice. We welcome different voices and viewpoints and do not discriminate on the basis of race, religion, ancestry, physical and/or mental disability, medical condition, genetic information, marital status, sex, gender, gender identity, gender expression, transgender status, age, sexual orientation, military or veteran status, or any other basis protected by law. We are proud to be an Equal Employment Opportunity employer. US Technical Jobs. The position you are applying for will require access to technology that is subject to U.S. export control and government contract restrictions. Employment with IonQ is contingent on either verifying "U.S. Person" (e.g., U.S. citizen, U.S. national, U.S. permanent resident, or lawfully admitted into the U.S. as a refugee or granted asylum) status for export controls and government contracts work, obtaining any necessary license, and/or confirming the availability of a license exception under U.S. export controls. Please note that in the absence of confirming you are a U.S. Person for export control and government contracts work purposes, IonQ may choose not to apply for a license or decline to use a license exception (if available) for you to access export-controlled technology that may require authorization, and similarly, you may not qualify for government contracts work that requires U.S. Persons, and IonQ may decline to proceed with your application on those bases alone. Accordingly, we will have some additional questions regarding your immigration status that will be used for export control and compliance purposes, and the answers will be reviewed by compliance personnel to ensure compliance with federal law. US Non-Technical Jobs. Due to applicable export control laws and regulations, candidates must be a U.S. citizen or national, U.S. permanent resident (i.e., current Green Card holder), or lawfully admitted into the U.S. as a refugee or granted asylum. Accordingly, we will have some additional questions regarding your immigration status that will be used for export control and compliance purposes, and the answers will be reviewed by compliance personnel to ensure compliance with federal law. #J-18808-Ljbffr

An opportunity to take ownership of manufacturing at a high-growth Oxford-based technology startup developing advanced hardware. The technology is already through R&D and prototype development. The next challenge is establishing the robust, scalable manufacturing capability needed to take it into production — and this role will be central to making that happen. You'll have significant ownership in developing manufacturing processes, equipment, supplier relationships, testing and production readiness, working closely with mechanical, electrical and thermal engineering teams. You'll bring: • 5+ years' experience in an advanced manufacturing environment, such as power electronics, robotics, precision engineering, aerospace, automotive or similar, • A degree in Engineering or a relevant technical discipline, • A proven track record of taking manufacturing processes, equipment or automation from concept through to operation, • Strong knowledge of Design for Manufacture (DfM) and Design for Assembly (DfA), • Hands-on experience with robotics, tooling and/or custom automation, • Experience working with external manufacturing partners and suppliers, • Strong mechanical and electrical engineering capability This is an opportunity for a hands-on manufacturing engineer who enjoys solving complex technical challenges and building things from the ground up. You'll have the autonomy to shape manufacturing capability, influence engineering decisions and play a key role in taking an advanced product from prototype into production. #J-18808-Ljbffr

Lumai is seeking an experienced PCB Layout Engineer to own board layouts from schematic handoff to fabrication release in Oxford. You will craft stackups, HDI structures, and controlled-impedance routing for large FPGAs and ASICs, while defending layouts to fabricators and ensuring IPC-compliant standards. Join a team turning optical compute hardware into scalable production, collaborating with SI/PI, thermal, and mechanical colleagues to meet stringent constraints and delivery timelines. #J-18808-Ljbffr

At the Ellison Institute of Technology (EIT), we’re on a mission to translate scientific discovery into real world impact. We bring together visionary scientists, technologists, engineers, researchers, educators and innovators to tackle humanity’s greatest challenges in four transformative areas: • Health, Medical Science & Generative Biology, • Food Security & Sustainable Agriculture, • Climate Change & Managing CO₂, • Artificial Intelligence & Robotics This is ambitious work - work that demands curiosity, courage, and a relentless drive to make a difference. At EIT, you’ll join a community built on excellence, innovation, tenacity, trust, and collaboration, where bold ideas become real-world breakthroughs. Together, we push boundaries, embrace complexity, and create solutions to scale ideas from lab to society. Explore more at . Within this ecosystem, the Pathogen Mission exemplifies EIT’s commitment to transformative science. It aims to revolutionise the diagnosis and treatment of infectious diseases by leveraging whole genome sequencing (WGS)-based metagenomic and pathogen-specific analytical tools. This remit includes the development of a decentralised, sample-to-answer sequencing diagnostic platform for infectious diseases, enabling rapid and accurate analysis of patient samples without prior assumptions. Supported by Oracle Inc.’s cloud-computing scale and security infrastructure, the Pathogen Mission is progressing towards certified diagnostic products for deployment in laboratories, hospitals, and public health organisations worldwide. We're seeking an experienced and innovative Senior MEMS Development Engineer/Scientist to develop novel microfabricated devices and sensor interfaces for next-generation nanopore sequencing technologies. This hands-on role will focus on designing, prototyping, and characterising MEMS devices, taking concepts from proof-of-concept through to integrated multi-channel sensing systems. Working closely with a Senior Electronics R&D Engineer, you'll drive device development through iterative design, testing, and optimisation. You’ll tackle challenges spanning microfabrication, materials, device architecture, and MEMS-electronics integration while collaborating with external fabrication partners and technical suppliers. As the programme grows, you’ll help establish the MEMS engineering capabilities, processes, and technical foundations needed to support a wider multidisciplinary team. • Take technical ownership of the MEMS engineering development of novel microfabricated sensing structures and device interfaces, from early concepts through to functional prototypes and integrated systems., • Design and develop microfabricated devices and test structures, including the selection of materials, fabrication processes and device geometries., • Develop and evaluate fabrication approaches using established semiconductor and MEMS manufacturing techniques, adapting processes to meet the requirements of novel sensing devices., • Work closely with the Senior Electrical R&D Engineer to co-develop and evaluate prototype devices, using experimental findings to guide iterative improvements in MEMS design and electronic integration., • Design and characterise mechanical, electrical and material interfaces, investigating their influence on device performance, reliability and repeatability., • Develop experimental methods and test structures to assess fabrication quality, dimensional accuracy, device performance and reliability., • Investigate the effects of materials, surface properties, fabrication tolerances and assembly processes on device behaviour and performance., • Collaborate with electrical and mechanical engineers to develop prototype assemblies, alignment methods and experimental test platforms., • Identify and resolve fabrication challenges through design iteration, experimental characterisation and failure analysis., • Develop increasingly sophisticated prototype devices as the project progresses, supporting the transition from initial feasibility studies to integrated nanopore sensing systems., • Identify and engage specialist external fabrication facilities, engineering suppliers and technical collaborators to support the development and manufacture of prototype components and devices., • Define technical specifications and fabrication requirements for external suppliers, including design documentation, material requirements, dimensional tolerances and performance criteria., • Coordinate technical activities with external suppliers and collaborators, reviewing fabrication approaches, monitoring progress and evaluating deliverables against agreed requirements., • Plan and execute structured experiments, analyse performance data and translate findings into engineering requirements and design improvements., • Contribute to the selection and development of fabrication methods, considering manufacturability, scalability, cost and process reliability., • Maintain clear technical documentation, design records and experimental results, contributing to intellectual property development and technical reviews while ensuring appropriate confidentiality., • Provide technical guidance and mentoring as the engineering team expands, helping establish robust engineering practices and development processes. We welcome applicants from industry, applied research and academia who can demonstrate strong technical expertise and practical engineering capability. • Degree in Electrical Engineering, Mechanical Engineering, Materials Science, Physics or a related discipline, or equivalent relevant experience., • Significant experience in MEMS engineering, semiconductor microfabrication or microdevice development, ideally involving novel sensors, electronic interfaces or precision microfabricated systems., • Strong understanding of MEMS design principles, materials selection and microfabrication techniques., • Experience designing microfabricated devices using CAD tools, including the preparation of layouts, fabrication drawings or photolithography mask designs., • Practical knowledge of semiconductor and MEMS manufacturing processes, such as photolithography, thin-film deposition, etching, surface treatment and metallisation., • Experience developing and characterising prototype devices, including dimensional, mechanical and electrical evaluation., • Ability to understand and resolve fabrication challenges through experimental investigation, design modification and process optimisation., • Knowledge of material properties, fabrication tolerances and their influence on device functionality and reliability., • Experience planning and executing structured experimental programmes to characterise complex devices and resolve technical challenges., • Ability to work independently, establish technical approaches and deliver functional prototypes in an early-stage R&D environment., • Experience collaborating with multidisciplinary teams and translating requirements between MEMS, electronics, mechanical engineering and device fabrication., • Ability to develop clear technical specifications and work effectively with external fabrication facilities, engineering suppliers or development partners., • Experience developing MEMS or microfabricated devices for biosensing, electrochemical sensing, nanopore technologies or other sensor applications., • Knowledge of silicon micromachining, wafer processing and microelectronic device fabrication., • Experience with microfabricated electrodes, conductive thin films, dielectric materials or electronic sensor interfaces., • Familiarity with microelectronic packaging, device assembly, bonding and integration of MEMS with electronic systems., • Experience with polymeric materials, elastomeric components or other compliant materials used in microsystems., • Knowledge of mechanical contact behaviour, surface interactions, material deformation and reliability testing at small length scales., • Experience with optical microscopy, electron microscopy, profilometry, surface analysis or other microdevice characterisation techniques., • Experience designing devices that incorporate fluidic, electrochemical or biological components., • Familiarity with finite element analysis or other simulation methods for mechanical, thermal or material behaviour., • Experience working with external MEMS foundries, academic cleanroom facilities or specialist microfabrication suppliers., • Knowledge of fabrication process development, process yield improvement and quality control., • Understanding of design for manufacture, engineering reliability and transitioning prototype devices towards scalable production., • Hands-on and inventive: Enjoys solving technical challenges through practical engineering, experimentation and rapid prototyping., • Comfortable with early-stage R&D: Able to work effectively where solutions are not yet established and technical requirements evolve through experimentation., • Analytical and systematic: Uses sound engineering judgement and quantitative evidence to understand complex behaviour and guide design decisions., • Collaborative: Works closely with specialists in electronics, mechanical engineering, chemistry and MEMS fabrication, as well as external technical partners, to develop integrated solutions., • Independent and proactive: Can establish experimental capabilities, identify priorities and progress technical work with limited existing infrastructure., • Technically ambitious: Motivated by challenging engineering problems and developing technologies with the potential for substantial real-world impact., • Clear communicator: Able to explain complex technical challenges, document findings and communicate requirements effectively with colleagues, suppliers and external collaborators., • Salary: Competitive + travel allowance + bonus, • Enhanced holiday pay, • Pension, • Life Assurance, • Income Protection, • Private Medical Insurance, • Hospital Cash Plan, • Therapy Services, • Perk Box, • Electric Car Scheme, • You must have the right to work permanently in the UK with a willingness to travel as necessary. In certain cases, we can consider sponsorship, and this will be assessed on a case-by-case basis., • You will live in, or within easy commuting distance of, Oxford (or be willing to relocate)., • You must be eligible to work in the UK with occasional travel (1-3 trips per year). #J-18808-Ljbffr

We are a technology powerhouse that designs, engineers, and manufactures the world's most advanced automotive technology and hypercars. Bytes to bolts, Rimac is where everything happens. Our teams develop and produce both hardware and software solutions for our flagship, record-breaking hypercar, the Nevera, as well as for other automotive manufacturers’ vehicles. Working on technology solutions for partners such as Porsche, Hyundai, Aston Martin, Koenigsegg, Automobili Pininfarina, and others, gives Rimac a unique position of a technology leader in the high-performance electric vehicle industry. The stakes are high. As a fast-moving company, we nurture a high-performing culture. If you are interested in joining, you must be prepared for relentless learning, adapting, and embracing new technologies. We expect an easy-going person, but also self-driven, entrepreneurial, and highly independent in their work, that will enjoy rising to the challenge and have fun pushing the limits of technology. Our expectations are high. And we can only achieve our goals with the dedication and collaboration of our exceptional team. Our ambition is to deliver and go the extra mile. We need to expand our already industry-leading team, find the best people, and lead the charge. We are looking for a skilled and motivated Battery Controls Engineer with expertise in model-based design (MBD) using MATLAB/Simulink and automatic code generation. You will be responsible for developing and deploying embedded control algorithms for battery management systems (BMS) and battery-powered systems across energy storage applications. This is a hands-on engineering role working at the intersection of control systems, embedded software, and battery technology. • Develop control models for embedded hardware, including:, • Battery state (SoC, SoH, SoP, SoE, etc.) estimation, • Thermal management, • Cell balancing, • Voltage and current limits, • Battery protection and diagnostics, • Design, simulate, and validate models in Simulink / Stateflow., • Generate embedded C code using Simulink Coder / Embedded Coder for deployment on microcontrollers (e.g., Infineon XMC7200, TI C2000, STM32, NXP)., • Support MIL, SIL, and HIL testing workflows for model validation., • Collaborate with system, hardware, and software teams to integrate control logic into battery systems., • Ensure traceability from requirements to model and code (ISO 26262 or ASPICE preferred) using Simulink Requirement and Test., • Debug, analyse, and optimise real-time embedded control performance., • Maintain and version control models using Git or similar systems., • B.Sc. or higher in Electrical Engineering, Mechatronics, Control Systems, or related field., • 5+ years of experience with MATLAB/Simulink for control system development., • Hands-on experience with Simulink code generation for embedded targets (Embedded Coder, Simulink Coder)., • Strong understanding of battery systems and state estimation, • Experience in HIL testing platforms such as dSPACE or Typhoon HIL., • Working understanding of CAN data networking, • Proficient with Vector tools (Canalyzer, CANape, CANoe), • Solid foundation in control theory #J-18808-Ljbffr

At ONI, we are driven by a profound mission: to propel scientific discovery and combat diseases by granting everyone the ability to visualize, comprehend, and share the intricate microscopic details of life. Our revolutionary Nanoimager and Aplo Scope stand at the forefront of advancing cellular studies on a molecular level, making substantial contributions to the evolution of scientific knowledge. We are actively seeking an enthusiastic and self-motivated Senior Electronics & Systems Engineer to join our pioneering team located in Oxford. We believe in the power of relentless curiosity and the pursuit of excellence, and we invite you to join us in shaping the future of scientific exploration and healthcare breakthroughs. In this role you will be the go-to technical resource for electronics design, working closely with engineering, software and R&D product teams. Electronics design is at the core of the role, but we are looking for someone who enjoys working beyond the boundaries of the PCB - developing embedded firmware, integrating sensors and actuators, and understanding how electronics interact with optics, mechanics, software and the physical world. You will have significant technical ownership across the product lifecycle, from circuit and system design through prototyping, bring-up, verification and production. You will also develop production firmware and work further up the software stack where needed to integrate, automate and test the systems you develop. The role is ideal for an engineer who enjoys solving complex multidisciplinary problems, takes ownership of product outcomes and thrives in a collaborative, fast-paced environment. • Own electronics designs from concept through architecture, schematic design, PCB development, bring-up, verification and production., • Design robust analogue and digital electronics, including power supplies, signal conditioning, sensor interfaces, communications and control electronics., • Make appropriate component and architecture choices, balancing performance, cost, availability, manufacturability and product requirements., • Undertake PCB design and layout as an integral part of electronics development, working with external PCB designers where appropriate, and considering signal integrity, grounding, noise, EMC/ESD, thermal performance and DFM/DFT., • Work with manufacturing partners and suppliers to ensure designs are manufacturable, testable and robust through production., • Bring up new hardware and systematically debug complex problems using oscilloscopes, logic analysers, hardware debuggers and other laboratory instrumentation., • Develop and maintain production embedded firmware, typically for microcontrollers, alongside low-level firmware for hardware bring-up, control, test and diagnostics., • Develop and debug interfaces to sensors, actuators and other hardware, including analogue front ends, ADCs/DACs and common digital communication interfaces., • Work with optical and mechanical engineers on optoelectronic and physical-system interfaces, such as photodetectors, lasers and other light sources, cameras, position and temperature sensing, motors, piezos and other actuators., • Diagnose issues whose root cause may lie in electronics, firmware, sensors, optics, mechanics, cabling, software or the interactions between them., • Develop test and automation tools, including Python-based instrumentation, hardware testing and manufacturing QA., • Support verification, EMC/compliance testing, production test, calibration and transfer of designs into manufacture., • Support electronics throughout the product lifecycle, including investigation of product and manufacturing issues, root-cause analysis, component obsolescence and design changes., • Apply modern software engineering practices including source control, automated testing and CI/CD, and make effective use of AI-assisted development tools and coding agents to extend and accelerate your capabilities beyond electronics., • Strong analogue and digital circuit design fundamentals., • Schematic capture, PCB layout and development of multilayer PCBs., • Power supply design, power distribution, protection and power sequencing., • Low-noise electronics, grounding, shielding and signal integrity., • Sensor interfacing, analogue signal conditioning, amplification, filtering and data conversion., • Microcontrollers and embedded systems., • Embedded C/C++, including development of robust production firmware and low-level peripheral control, interrupts, timers, DMA and real-time behaviour., • Developing from device datasheets and MCU/SoC reference manuals rather than relying solely on high-level libraries., • Interfaces such as SPI, I²C, UART, CAN, USB and Ethernet., • Practical board bring-up and fault-finding using oscilloscopes, logic analysers, multimeters and hardware debuggers., • Design for EMC, ESD, reliability, manufacturability and test., • Taking electronics through prototype, verification, certification and production., • Git and modern software development practices, and Python or similar for test, automation and instrumentation., • Working effectively across electronics, firmware, mechanical, optical and higher-level software disciplines., • Scientific instrumentation, microscopy, imaging or other precision instruments., • Optoelectronics, including photodiodes, LEDs/lasers, optical power monitoring or camera/image-sensor interfaces., • Precision or low-noise analogue electronics., • Motion control, motors, encoders, piezo actuators or feedback/control systems., • High-speed data acquisition or communications., • Production test fixtures, calibration systems and manufacturing automation., • System-level debugging across complex multidisciplinary systems, including electronics, firmware, optics, mechanics and software., • Using coding agents or other AI-assisted development tools to build test, automation or hardware-control applications. At ONI, we understand that a fulfilling career involves more than just challenging work - it’s about enjoying a well-rounded experience. When you become a part of our team, you not only contribute to groundbreaking research but also enjoy a range of benefits designed to enhance your life both inside and outside the workplace. As an equal opportunity employer, we prioritize fairness and respect, ensuring every team member thrives regardless of their background. But that’s not all - our perks include: • Competitive Compensation: We recognize and reward your talent. Enjoy a competitive salary that reflects your expertise and contributions, ensuring your hard work is recognized., • 28 days of annual leave plus 8 bank holidays and 4 dedicated wellbeing days., • Onsite Gym Facilities: Stay active and energized with our convenient onsite gym, promoting your overall health., • Private Healthcare and Dental Coverage: Your health matters to us. Access top-notch medical and dental services, ensuring your well-being is in good hands., • Inclusive Culture: Be a valued member of our diverse, inclusive family. Your unique perspective is celebrated here, fostering a culture of mutual respect and understanding., • Cycle To Work Scheme: Embrace a sustainable commute with our cycle to work program, promoting eco-friendly travel and a healthy lifestyle., • Health Assured: Your mental health is essential. Access our comprehensive mental health support services for a balanced work-life experience., • People’s Pension: Secure your future with our pension scheme, investing in your financial well-being beyond the workplace., • Perks at Work: Enjoy exclusive discounts and deals through our perks at work program, adding value to your everyday life., • Specsavers Eyecare: Your vision matters. Benefit from our eyecare program with Specsavers, ensuring your eyes stay healthy and your vision clear. If you are driven by innovation, eager to make a significant impact in the realm of scientific and medical research, and possess the skills and passion we are looking for, we invite you to apply and be a part of our mission to improve our understanding of the details of life. #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.

IC Resources in Oxford is seeking a hands-on Manufacturing Engineer to own the transition from prototype to scalable production. You’ll shape processes, select equipment and build supplier relationships with close collaboration across mechanical, electrical and thermal teams. With 5+ years in advanced manufacturing and an engineering degree, you’ll drive DFm/DFa, automation and external partnerships to ensure production readiness and a path to high-volume manufacturing. #J-18808-Ljbffr

Are you a current Elekta employee? Please click here to apply through our internal career site Find Jobs Not sure what skills you will need for this opportunity Simply read the full description below to get a complete picture of candidate requirements. • Elekta.We don’t just build technology. We build hope for everyone dealing with Cancer.Elekta is shaping the standard of care, together with healthcare providers, by developing precision radiation medicine that brings advanced radiotherapy into routine clinical practice. Our solutions support consistent, efficient and personalized care, addressing evolving patient needs. Through adaptive radiotherapy, precision treatment delivery and integrated workflows, Elekta supports care teams across a range of clinical settings. Each year more than 2 million patients are treated using Elekta solutions across over 130 countries. Elekta is headquartered in Stockholm, Sweden, with over 4,000 employees and offices in more than 40 countries. The company is listed on Nasdaq Stockholm. For more information, visit .We don’t just build technology. We build hope for everyone dealing with Cancer.At Elekta, we believe every individual deserves access to the best cancer care. That’s why we’re committed to developing innovative solutions that make precision radiation therapy and radiosurgery more effective, efficient, and accessible. If you're passionate about making a meaningful impact, we invite you to bring your expertise and energy to our team.What You’ll Do At Elekta:As a Lead Electronics Engineer, you'll provide technical leadership for the high-voltage and power electronic systems that sit at the heart of Elekta's radiotherapy solutions. Working within our Beam Line domain, you'll help develop and support the technologies that enable precise cancer treatment, collaborating with multidisciplinary teams to deliver safe, reliable and innovative products that improve patient outcomes worldwide.Responsibilities:Lead the technical development of high-voltage, RF and pulsed-power subsystems used within our medical linear accelerators.Drive design, integration, verification and lifecycle activities, ensuring solutions are safe, reliable and fit for purpose.Investigate and resolve complex technical challenges relating to power electronics, RF performance, thermal behaviour, reliability, grounding, shielding and EMC.Define technical requirements, review designs and provide engineering direction within your area of expertise.Collaborate closely with systems, software, mechanical, manufacturing, quality and service teams, as well as external suppliers, to deliver robust and maintainable solutions.Support design reviews, risk management, compliance activities and continuous improvement initiatives while mentoring and sharing knowledge across the team.What You’ll Bring: A degree in Electronics Engineering, Electrical Engineering, Applied Physics or a related discipline, or equivalent industry experience.Experience working with power electronics, high-voltage systems, RF technologies, pulsed-power systems or other high-energy electronic applications.Understanding of areas such as EMC, grounding, shielding, insulation, thermal management and system reliability.Experience developing, testing or supporting complex electronic systems within a regulated, high-reliability or safety-critical environment.Strong analytical and problem-solving skills, with the ability to investigate complex technical issues and identify practical solutions.Excellent communication and collaboration skills, with the ability to work effectively across multidisciplinary teams and influence technical decision-making.What You’ll Get:In this role, you will work for a higher purpose; hope for everyone dealing with cancer, and for everyone regardless of where in the world, to have access to the best cancer care. In addition to this, Elekta offers a range of benefits.Work Pattern (you are required to work from the Crawley HQ 4 days a week with 1-day WFH)Up to 25 paid vacation days (plus bank holidays)Holiday Purchase SchemePrivate Medical InsuranceAttractive Employer Pension Contribution PackageCycle to work schemeLife AssuranceOnsite subsidized restaurant, offering budget-friendly diningLove electric (Electric vehicle salary sacrifice scheme)Hiring process:We are looking forward to hearing from you! Apply by submitting your application and résumé in English, via the “Apply” button.For questions, please contact the Talent Acquisition Partner responsible, We do not accept applications through e-mail.We are an equal opportunity employerWe are an equal opportunity employer. xrnqpay We evaluate qualified applicants without regard to age, race, colour, religion, sex, sexual orientation, gender identity, genetic information, national origin, disability, veteran status, or any other protected characteristic.SummaryLocation: CrawleyType: Full time

At the Ellison Institute of Technology (EIT), we're on a mission to translate scientific discovery into real world impact. We bring together visionary scientists, technologists, engineers, researchers, educators and innovators to tackle humanity's greatest challenges in four transformative areas: • Health, Medical Science & Generative Biology, • Food Security & Sustainable Agriculture, • Climate Change & Managing CO₂, • Artificial Intelligence & Robotics This is ambitious work - work that demands curiosity, courage, and a relentless drive to make a difference. At EIT, you'll join a community built on excellence, innovation, tenacity, trust, and collaboration, where bold ideas become real-world breakthroughs. Together, we push boundaries, embrace complexity, and create solutions to scale ideas from lab to society. Explore more at . Within this ecosystem, the Pathogen Mission exemplifies EIT's commitment to transformative science. It aims to revolutionise the diagnosis and treatment of infectious diseases by leveraging whole genome sequencing (WGS)-based metagenomic and pathogen-specific analytical tools. This remit includes the development of a decentralised, sample-to-answer sequencing diagnostic platform for infectious diseases, enabling rapid and accurate analysis of patient samples without prior assumptions. Supported by Oracle Inc.'s cloud-computing scale and security infrastructure, the Pathogen Mission is progressing towards certified diagnostic products for deployment in laboratories, hospitals, and public health organisations worldwide. We're seeking an experienced and innovative Senior MEMS Development Engineer to develop novel microfabricated devices and sensor interfaces for next-generation nanopore sequencing technologies. This hands‑on role will focus on designing, prototyping, and characterising MEMS devices, taking concepts from proof‑of‑concept through to integrated multi‑channel sensing systems. Working closely with a Senior Electronics R&D Engineer, you'll drive device development through iterative design, testing, and optimisation. You’ll tackle challenges spanning microfabrication, materials, device architecture, and MEMS-electronics integration while collaborating with external fabrication partners and technical suppliers. As the programme grows, you’ll help establish the MEMS engineering capabilities, processes, and technical foundations needed to support a wider multidisciplinary team. • Take technical ownership of the MEMS engineering development of novel microfabricated sensing structures and device interfaces, from early concepts through to functional prototypes and integrated systems, • Design and develop microfabricated devices and test structures, including the selection of materials, fabrication processes and device geometries, • Develop and evaluate fabrication approaches using established semiconductor and MEMS manufacturing techniques, adapting processes to meet the requirements of novel sensing devices, • Work closely with the Senior Electrical R&D Engineer to co‑develop and evaluate prototype devices, using experimental findings to guide iterative improvements in MEMS design and electronic integration, • Design and characterise mechanical, electrical and material interfaces, investigating their influence on device performance, reliability and repeatability, • Develop experimental methods and test structures to assess fabrication quality, dimensional accuracy, device performance and reliability, • Investigate the effects of materials, surface properties, fabrication tolerances and assembly processes on device behaviour and performance, • Collaborate with electrical and mechanical engineers to develop prototype assemblies, alignment methods and experimental test platforms, • Identify and resolve fabrication challenges through design iteration, experimental characterisation and failure analysis, • Develop increasingly sophisticated prototype devices as the project progresses, supporting the transition from initial feasibility studies to integrated nanopore sensing systems, • Identify and engage specialist external fabrication facilities, engineering suppliers and technical collaborators to support the development and manufacture of prototype components and devices, • Define technical specifications and fabrication requirements for external suppliers, including design documentation, material requirements, dimensional tolerances and performance criteria, • Coordinate technical activities with external suppliers and collaborators, reviewing fabrication approaches, monitoring progress and evaluating deliverables against agreed requirements, • Plan and execute structured experiments, analyse performance data and translate findings into engineering requirements and design improvements, • Contribute to the selection and development of fabrication methods, considering manufacturability, scalability, cost and process reliability, • Maintain clear technical documentation, design records and experimental results, contributing to intellectual property development and technical reviews while ensuring appropriate confidentiality, • Provide technical guidance and mentoring as the engineering team expands, helping establish robust engineering practices and development processes We welcome applicants from industry, applied research and academia who can demonstrate strong technical expertise and practical engineering capability. • Degree in Electrical Engineering, Mechanical Engineering, Materials Science, Physics or a related discipline, or equivalent relevant experience, • Significant experience in MEMS engineering, semiconductor microfabrication or microdevice development, ideally involving novel sensors, electronic interfaces or precision microfabricated systems, • Strong understanding of MEMS design principles, materials selection and microfabrication techniques, • Experience designing microfabricated devices using CAD tools, including the preparation of layouts, fabrication drawings or photolithography mask designs, • Practical knowledge of semiconductor and MEMS manufacturing processes, such as photolithography, thin‑film deposition, etching, surface treatment and metallisation, • Experience developing and characterising prototype devices, including dimensional, mechanical and electrical evaluation, • Ability to understand and resolve fabrication challenges through experimental investigation, design modification and process optimisation, • Knowledge of material properties, fabrication tolerances and their influence on device functionality and reliability, • Experience planning and executing structured experimental programmes to characterise complex devices and resolve technical challenges, • Ability to work independently, establish technical approaches and deliver functional prototypes in an early‑stage R&D environment, • Experience collaborating with multidisciplinary teams and translating requirements between MEMS, electronics, mechanical engineering and device fabrication, • Ability to develop clear technical specifications and work effectively with external fabrication facilities, engineering suppliers or development partners, • Experience developing MEMS or microfabricated devices for biosensing, electrochemical sensing, nanopore technologies or other sensor applications, • Knowledge of silicon micromachining, wafer processing and microelectronic device fabrication, • Experience with microfabricated electrodes, conductive thin films, dielectric materials or electronic sensor interfaces, • Familiarity with microelectronic packaging, device assembly, bonding and integration of MEMS with electronic systems, • Experience with polymeric materials, elastomeric components or other compliant materials used in microsystems, • Knowledge of mechanical contact behaviour, surface interactions, material deformation and reliability testing at small length scales, • Experience with optical microscopy, electron microscopy, profilometry, surface analysis or other microdevice characterisation techniques, • Experience designing devices that incorporate fluidic, electrochemical or biological components, • Familiarity with finite element analysis or other simulation methods for mechanical, thermal or material behaviour, • Experience working with external MEMS foundries, academic cleanroom facilities or specialist microfabrication suppliers, • Knowledge of fabrication process development, process yield improvement and quality control, • Understanding of design for manufacture, engineering reliability and transitioning prototype devices towards scalable production, • Hands‑on and inventive: Enjoys solving technical challenges through practical engineering, experimentation and rapid prototyping, • Comfortable with early‑stage R&D: Able to work effectively where solutions are not yet established and technical requirements evolve through experimentation, • Analytical and systematic: Uses sound engineering judgement and quantitative evidence to understand complex behaviour and guide design decisions, • Collaborative: Works closely with specialists in electronics, mechanical engineering, chemistry and MEMS fabrication, as well as external technical partners, to develop integrated solutions, • Independent and proactive: Can establish experimental capabilities, identify priorities and progress technical work with limited existing infrastructure, • Technically ambitious: Motivated by challenging engineering problems and developing technologies with the potential for substantial real‑world impact, • Clear communicator: Able to explain complex technical challenges, document findings and communicate requirements effectively with colleagues, suppliers and external collaborators, • Salary: Competitive + travel allowance + bonus, • Enhanced holiday pay, • Pension, • Life Assurance, • Income Protection, • Private Medical Insurance, • Hospital Cash Plan, • Therapy Services, • Perk Box, • Electric Car Scheme, • You must have the right to work permanently in the UK with a willingness to travel as necessary. In certain cases, we can consider sponsorship, and this will be assessed on a case‑by‑case basis, • You will live in, or within easy commuting distance of, Oxford (or be willing to relocate), • You must be eligible to work in the UK with occasional travel (1-3 trips per year) #J-18808-Ljbffr

About IonQ: IonQ, Inc (NYSE: IONQ) is the world’s leading quantum platform and merchant supplier - delivering integrated quantum solutions across computing, networking, sensing, and security. IonQ’s newest generation of quantum computers, the IonQ Tempo, is the latest in a line of cutting-edge systems that have been helping customers and partners including Amazon Web Services, and AstraZeneca achieve 20x performance results and accelerate innovation in drug discovery, materials science, financial modeling, logistics, cybersecurity, and defense. In 2025, the company achieved 99.99% two-qubit gate fidelity, setting a world record in quantum computing performance. Headquartered in College Park, Maryland, IonQ has operations in California, Colorado, Massachusetts, Tennessee, Washington, Italy, South Korea, Sweden, Switzerland, Canada, and the United Kingdom. Our quantum computing services are available through all major cloud providers, while we also meet the needs of networking and sensing customers across land, sea, air, and space. IonQ is making quantum platforms more accessible and impactful than ever before. At Oxford Ionics, now part of IonQ, we are building the first practical quantum computer. As a Senior Mechanical Engineer on the Reliability Engineering team, you’ll keep our quantum computers running at their best, boosting fleet uptime and cutting operating cost. You’ll work closely with electrical, optical and science colleagues as part of a supportive, collaborative team, updating mechanical designs and managing configuration so their system improvements can land. Your focus will be the live fleet. You will root-cause mechanical, vacuum, cryogenic and thermal faults on running systems, prioritise issues by their impact on uptime, and analyse failed parts to track recurring failure modes. Where a challenge keeps coming back, you will design, prototype and test the solution, then write the assembly and upgrade instructions that bring the new design into existing fleets, working with our operations team to get upgrades implemented into live systems. You will keep the product lifecycle management (PLM) system, build records and engineering change requests (ECRs) up to date so fixes carry into future builds. • Root-cause mechanical, vacuum, cryogenic and thermal faults on live systems, prioritising issues by impact on uptime., • Design, prototype and test solutions to recurring challenges., • Implement mechanical changes that enable electrical and optical improvements., • Write assembly and upgrade instructions to bring new designs into existing fleets, and work with our operations team to implement upgrades in live systems., • Analyse failed parts, track recurring failure modes and update the PLM system, build records and ECRs so fixes carry into future builds. You will be a mechanical engineer with a strong design background and 4+ years of relevant industry experience. A degree in Mechanical Engineering or a related field, or equivalent practical experience (including apprenticeship routes), is expected. You are proactive and self-directed, happy to ask for input, and comfortable working on systems where uptime matters while collaborating across disciplines. • Established CAD ability, ideally SolidWorks, plus geometric dimensioning and tolerancing (GD&T) and PLM experience., • Experience with cryogenic, vacuum, or optomechanical systems., • Structured root cause and failure analysis (e.g. 5 Whys, failure mode and effects analysis)., • Ability to explain technical trade-offs across disciplines. The total compensation package includes base salary, bonus, equity, and a range of benefits available on our career site. Compensation will vary based on individual factors such as education, qualifications, and experience of the final candidate(s), specific office location, and calibration against relevant market data and internal team equity. Posted base salary figures are subject to change as new market data becomes available. Our benefits include comprehensive medical, dental, and vision plans, matching 401(k), unlimited PTO and paid holidays, parental/adoption leave, legal insurance, and a home technology stipend. Details of participation in these benefit plans will be provided when a candidate receives an offer of employment. At IonQ, we believe in fair treatment, access, opportunity, and advancement for all while striving to identify and eliminate barriers. We empower employees to thrive by fostering a culture of autonomy, productivity, and respect. We are dedicated to creating an environment where individuals can feel welcomed, respected, supported, and valued. We are committed to equity and justice. We welcome different voices and viewpoints and do not discriminate on the basis of race, religion, ancestry, physical and/or mental disability, medical condition, genetic information, marital status, sex, gender, gender identity, gender expression, transgender status, age, sexual orientation, military or veteran status, or any other basis protected by law. We are proud to be an Equal Employment Opportunity employer. US Technical Jobs. The position you are applying for will require access to technology that is subject to U.S. export control and government contract restrictions. Employment with IonQ is contingent on either verifying “U.S. Person” (e.g., U.S. citizen, U.S. national, U.S. permanent resident, or lawfully admitted into the U.S. as a refugee or granted asylum) status for export controls and government contracts work, obtaining any necessary license, and/or confirming the availability of a license exception under U.S. export controls. Please note that in the absence of confirming you are a U.S. Person for export control and government contracts work purposes, IonQ may choose not to apply for a license or decline to use a license exception (if available) for you to access export-controlled technology that may require authorization, and similarly, you may not qualify for government contracts work that requires U.S. Persons, and IonQ may decline to proceed with your application on those bases alone. Accordingly, we will have some additional questions regarding your immigration status that will be used for export control and compliance purposes, and the answers will be reviewed by compliance personnel to ensure compliance with federal law. US Non-Technical Jobs. Due to applicable export control laws and regulations, candidates must be a U.S. citizen or national, U.S. permanent resident (i.e., current Green Card holder), or lawfully admitted into the U.S. as a refugee or granted asylum. Accordingly, we will have some additional questions regarding your immigration status that will be used for export control and compliance purposes, and the answers will be reviewed by compliance personnel to ensure compliance with federal law. #J-18808-Ljbffr

IonQ, based in Oxford, England, is seeking a Senior Mechanical Engineer for the Reliability Engineering team.You will maintain the live quantum computer fleet, diagnose mechanical, vacuum, cryogenic and thermal faults, and collaborate with electrical, optical and science colleagues to implement impr

IonQ, Inc. in Oxford is seeking a Senior Mechanical Engineer on the Reliability Engineering team to keep our quantum computers running at peak uptime and to reduce operating costs. You'll work closely with electrical, optical and science colleagues on mechanical designs and configuration management so improvements land in live systems. You will root-cause faults across mechanical, vacuum, cryogenic and thermal subsystems, prototype solutions, and write assembly instructions to roll out upgrades. #J-18808-Ljbffr