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My client, an innovative company at the cutting edge of electric propulsion technology, requires a talented Manufacturing Engineer to join its dynamic team.The Manufacturing Engineer will validate and continuously improve manufacturing processes that meet SQDC targets and support production readiness.Responsibilities:Planning, specifying, and implementing manufacturing facilities and processes for assembly and testingLeading equipment specification, procurement, and commissioning activitiesAttending Design Reviews and providing insights into manufacturing feasibility of new product designsCreating and managing MBOMs, process flows, routings, work instructions, and other technical documentation using digital tools to ensure accuracy and accessibilitySupporting engineering trials, first builds, and line changes, working closely with production, quality, and planning teams to resolve constraints and ensure smooth transitionsCollaborating with Tooling Engineers and suppliers to ensure timely delivery and validation of production toolingCarrying out assessments of manufacturing processes and equipment to ensure compliance with safety standards and operational risk mitigationExecuting advanced quality planning activities such as PFMEA and Control Plans, Virtual Builds and Production Readiness Reviews, and validating processes using data-driven methodsSupporting FRACAS investigations by applying structured problem-solving techniques to identify root causes and implement corrective actionsContributing accurate manufacturing cost estimates and feasibility assessments to support programmes in the initial proposal phasesRequirements:A degree in Mechanical, Industrial, Manufacturing Engineering and proven experience as a Manufacturing Engineer in the automotive or aerospace sectorsProven experience in process design and optimisationKnowledge of Design for Manufacturing and Assembly (DFMA) principles and how to apply them in the early stages of product developmentCompetent use of ERP/MRP systems (e.g. SAP) and PLM toolsStrong analytical, problem-solving and project management skillsAbility to travel if requiredTPBN1_UKTJ

Ready to make travel easier for millions? Airalo is the world’s first and largest eSIM store, helping travellers stay connected seamlessly in over 200 countries and regions. We trust our teams to take ownership, put customers first, and do work that has a real impact every day. What’s in it for you? Airalo offers team members a range of perks, including remote work, generous PTO, wellness and learning allowances, and, of course, our annual Airalo Away retreat. Learn more about our benefits here; _ Hi, I'm Andra, Director of Data at Airalo! Our team works across the full data ecosystem, from collection to insights activation, ensuring that every piece of data drives meaningful action. We’re curious problem-solvers who love tackling challenges that haven’t been solved before and building tools and processes that scale impact across the company. Airalo’s fully remote Data team is growing. You’ll turn numbers into decisions that shape the future of our business, collaborating with cross-functional teams to solve complex problems and influence how millions of travellers stay connected. This isn’t just dashboards - it’s using data to drive strategy, inform product and growth decisions, and create real impact. You’ll have access to best-in-class tools, the freedom to experiment, and a team ready to turn insights into action. Do you thrive at the intersection of marketing science and business strategy? We're looking for a Principal Data Analyst, Marketing Analytics to own and execute our marketing measurement strategy - from Marketing Mix Modeling and incrementality testing through to attribution, channel economics, and budget allocation. This role is for someone who combines deep technical expertise with the ability to influence how a global organisation thinks about growth. You'll design experiments, build models, and deliver the insights that shape how we invest our marketing spend across 190+ countries. But measurement only matters if it changes decisions - so you'll also drive adoption of your work across the Growth organisation, build measurement literacy with stakeholders, and elevate the data culture that turns analysis into action. If you're ready to operate at the frontier of modern marketing measurement in a high-growth, global business - we'd love to hear from you. Manage and evolve Airalo’s growth MMM portfolio - driving the existing market model from validation into a production-grade decision tool, and scaling to additional markets as growth ambition and data readiness allow. Design and execute incrementality experiments (geo-holdouts, conversion lift studies, synthetic control, difference-in-differences) that calibrate the MMM and establish true causal impact of marketing spend across channels. Evolve our attribution methodology: determine the right models and attribution windows for our purchase cycle, specify the data requirements, and measure the impact of tracking remediation on attribution accuracy. Calculate and continuously optimize the CAC metrics (platform-reported, internally-attributed, incremental, and blended) and own LTV:CAC as a strategic KPI reported to leadership. Build measurement literacy within the Growth and Acquisition teams: train stakeholders to interpret the LTV/CAC related metrics, understand the difference between attributed and incremental performance, and use self-service reporting with confidence. Build and maintain the performance marketing reporting framework - with Analytics Engineering to ensure the underlying models serve both reporting and measurement needs. Act as analytics partner to the Growth and Acquisition teams: translate business questions into measurement plans, deliver the analytics that inform spend decisions, and build self-service reporting that reduces ad-hoc dependency. Drive adoption of measurement outputs-ensure MMM scenarios, incrementality results, and attribution insights translate into concrete budget allocation changes Contribute to the development of a unified decision framework that integrates signal health, attribution, and incrementality into budget allocation guidance with clear go/no-go criteria for scaling spend by market and channel. Build institutional knowledge: document every experiment result, every MMM refresh, and every signal quality trend so that each quarter’s decisions are better informed than the last. Collaborate with the Senior CDP Engineer and MarTech on the data and signal infrastructure that underpins measurement - defining what you need, so they can build it right. Several years of experience in marketing analytics, marketing science, or growth analytics, with deep expertise across at least two of Marketing Mix Modeling, Incrementality Testing (geo-experiments, RCTs), and Multi-Touch Attribution. Hands-on experience building, validating, or calibrating MMM models- whether using Robyn, Google Meridian, PyMC-Marketing, LightweightMMM, Bayesian regression, or working closely with vendors who do. Strong foundation in causal inference and experimental design: you understand difference-in-differences, synthetic control, propensity scoring, and when each method is appropriate. Expert-level SQL and Python (or R). You can write production-quality code, not just analysis notebooks. Experience with modern data warehouses (BigQuery or Snowflake) and familiarity with analytics engineering workflows (dbt preferred). Experience with data visualisation and BI tools such as LightDash, Looker Studio, Tableau, or Metabase. Proven track record of calculating and optimising channel-level CAC, LTV, churn, and ROAS, and using these metrics to influence marketing spend decisions at scale. Exceptional communicator: you navigate deep technical conversations and translate findings into clear recommendations for senior stakeholders and board-level audiences. A proactive, self-starter mindset. You thrive in ambiguity, work autonomously, and are energised by building in fast-paced, high-growth environments. Experience with Bayesian modelling frameworks (TensorFlow Probability, PyMC, Stan) and their applications in marketing measurement. Familiarity with mobile analytics platforms and MMPs: Adjust, AppsFlyer, CleverTap, or similar. Experience with ad platforms (Google Ads, Meta Ads, TikTok Ads, Apple Search Ads) and their attribution APIs, conversion modelling, and server-side event integration (cAPI, Enhanced Conversions, SKAN). Knowledge of the eSIM, telco, MNO/MVNO, or travel-tech landscape. Exposure to semantic layers, metrics-as-code, or KPI governance frameworks. Experience with privacy-first measurement strategies in the post-cookie, post-ATT world. Experience with cross-border or multi-market attribution challenges where marketing geography and conversion geography diverge. If you are interested in this position, please apply via the link. Please note that to be considered for this role, you must reside in and be fully eligible to work in either Romania, Spain, or the UK. Proof of a valid right to work in one of these three countries will be required. By applying, you acknowledge and agree that, in case of successful application, Airalo may request to run background checks as a condition for entering into an agreement with you. Rest assured that these checks will only occur upon your prior consent and at the end of the selection process, and will be strictly limited to what is allowed under the laws that are applicable to you. All data that you share or that we collect in connection with such checks will be processed in accordance with our Privacy Policy, available here: _ We sincerely thank all applicants in advance for submitting their interest in this opportunity. Airalo is an equal-opportunity employer and values diversity, equity & inclusion. We do not discriminate on the basis of race, religion, national origin, gender, sexual orientation, age, marital status, veteran status, or disability status. We are committed to providing reasonable accommodations upon request for individuals with disabilities throughout our job interview process. At Airalo, we use AI-assisted tools as part of our recruitment process. Your application will be reviewed using tools that help our recruiters analyze and organize CV information. These tools support, but do not replace, human judgment; all hiring decisions are made by humans. If you progress to an interview, we may use tools to generate AI-assisted notes - you can opt out of these. For more information on how we handle your data, please see our Privacy Policy: https://www.airalo.com/more-info/privacy-policy.

Senior Production & Process Engineer Onsite - Oxford £Competitive + Great BensWere building a brand-new Serial Production division and were looking for a senior engineer to help shape it from day one.This is a hands-on, high-impact role where youll establish scalable, repeatable production processes and take technical ownership once theyre live. Youll define equipment requirements, lead process validation, own PFMEAs, manage KPIs, and drive structured root cause problem-solving to keep production stable and improving.Youll work at the intersection of Engineering, Quality, and Operations ensuring smooth transition from NPI into full serial manufacture. From process setup and documentation to performance optimisation and cost improvement, youll be central to building a robust, high-performing production environment.What youll bring: 5-10 years in production/manufacturing/process engineeringStrong RCCA and structured problem-solving capabilityExperience leading PFMEAs and managing process riskConfidence owning KPIs and driving data-led decisionsProven ability to support production while delivering improvementIf you thrive on ownership, structure, and building something properly from the ground up this is your opportunity.TPBN1_UKTJ

My client, an innovative company at the cutting edge of electric propulsion technology, requires a talented Manufacturing Engineer to join its dynamic team. The Manufacturing Engineer will validate and continuously improve manufacturing processes that meet SQDC targets and support production readiness. Responsibilities: Planning, specifying, and implementing manufacturing facilities and processes for assembly and testing Leading equipment specification, procurement, and commissioning activities Attending Design Reviews and providing insights into manufacturing feasibility of new product designs • Creating and managing MBOMs, process flows, routings, work instructions, and other technical documentation using digital tools to ensure accuracy and accessibility, • Supporting engineering trials, first builds, and line changes, working closely with production, quality, and planning teams to resolve constraints and ensure smooth transitions, • Collaborating with Tooling Engineers and suppliers to ensure timely delivery and validation of production tooling

Our client has an opportunity for an Electrical Test Operations Engineer to join them on a contract role for 6 months with possible extension. You will be Executing electrical and functional test procedures on engineering test benches and flight spacecraft in accordance with Work Orders, test procedures and processes. Role: Electrical Test Operations Engineer Location: Oxford Hours: Shift work Monday to Sunday - either rotating double day shifts or rotating Early, late ,nights depending on project need. There may be periods of flexible shift depending on project phases. Clearance: SC required before Hourly Rate: £37 per hour via Umbrella, inside IR35 + a 20% shift uplift when working on shift What you'll be doing: Execution of Electrical and Functional test procedures on Engineering test benches and flight spacecraft. Use of the Central Checkout System (CCS), Electrical Ground Support Equipment (EGSE) and Spacecraft Check Out Equipment (SCOE) to support the test activities. Typically test racks housing a mix of generic & bespoke test equipment. Validation of test-aids, break out boxes, cables etc. Test procedure updates, raising work orders, test reports and other test documentation. Support in the development and debug of Automatic Test procedures (ATP) using a bespoke high-level S/W language to test the spacecraft subsystems on a Satellite Simulator, test bench or the spacecraft. Supporting electrical integration, ...

We are looking for an innovative and detail-oriented Thermal Design Engineer to join our automotive engineering team. The successful candidate will be responsible for the design, analysis, and optimization of thermal systems and components across vehicle platforms. This includes ensuring optimal performance, energy efficiency, and reliability of thermal systems for propulsion, cabin climate control, battery management, and electronic components. Key Responsibilities: Design and develop thermal management systems and components for electric power systems to go into vehicles. Have knowledge of modelling and simulation of thermal behaviour using 1D/3D tools (e.g., GT-SUITE, ANSYS, Flowmaster, CFD tools). Evaluate and optimize cooling and heating strategies for batteries, HVAC systems, and electronics. Perform thermal analysis to ensure compliance with performance, durability, safety, and regulatory requirements. Collaborate with cross-functional teams including Electrical, HVAC, Battery, and Vehicle Integration to align thermal solutions with vehicle architecture. Develop and review component specifications, system schematics, and test plans. Support prototype builds and perform validation testing (thermal cycling, environmental, performance). Interface with suppliers to review designs, material selection, and manufacturing feasibility. * Drive continuous improvement in system efficiency, ...

Senior Data Engineer | High-Impact Science & AI Platform | Hybrid (Oxford/London) | up to £130k + Bonus & Benefits Our client is an international science and technology institute focused on solving global challenges through innovation. By combining advanced analytics, AI, and cloud computing, they are driving discovery in health, environment, and sustainability — turning research into tangible real-world outcomes. Their multidisciplinary teams of scientists and engineers are scaling a next-generation data platform designed to power some of the most ambitious research and AI initiatives in the UK. As a Senior Data Engineer, you’ll play a key role in designing, building, and optimising the organisation’s secure, high-performance cloud-based data platform. You’ll work across the entire data lifecycle — from ingestion and transformation through to optimisation and access — while contributing to architecture, best practice, and the mentoring of junior engineers. This is a hands‑on role for someone who thrives in technically complex environments and enjoys collaborating with data scientists, researchers, and software teams to deliver impactful solutions. • Design, build, and maintain scalable data pipelines and storage systems in the cloud., • Develop efficient data models for both analytical and operational use cases., • Implement data validation, observability, and quality frameworks., • Collaborate with scientists and engineers to deliver well‑structured, high‑value datasets., • Contribute to architectural design discussions and technical documentation., • Champion best practice in performance, governance, and reliability., • Strong hands‑on experience with Python and SQL for ETL/ELT development., • Proven track record working with cloud data platforms (AWS, Azure, or GCP)., • Familiarity with data lakes, lakehouse patterns, and modern storage formats (Parquet, Iceberg, Delta)., • Experience with workflow orchestration tools (Airflow, Prefect, or similar)., • Solid understanding of data modelling and optimisation for large-scale systems., • Collaborative mindset, strong problem-solver, and keen attention to detail., • Desirable: Exposure to real-time streaming (Kafka, Kinesis), containerisation (Docker, Kubernetes), or experience with scientific/healthcare datasets., • Competitive salary up to £120,000 + annual bonus + benefits., • Flexible hybrid working between Oxford and London., • Contribute to a high-impact data platform enabling world-class research., • Work with cutting-edge technology and collaborate with leading scientists and AI specialists., • Be part of a mission-driven, multidisciplinary team focused on innovation at scale. If you’re an experienced Data Engineer ready to take on complex, large-scale challenges, we’d love to hear from you. #J-18808-Ljbffr

This is a senior-level R&D electronics design role within a highly collaborative hardware team, focused on developing advanced electronic systems used in regulated medical technology environments. As a Senior or Principal Engineer, you will take technical ownership across key areas of development, influencing architecture, guiding best practice, and supporting the team in delivering high-quality, robust designs. You’ll work across the full product lifecycle—from concept and system definition through to verification, validation, and production—while also shaping the future capability of the group. This role offers the opportunity to deepen your technical expertise, act as a trusted subject matter expert, and mentor others as the team continues to grow and evolve. Hybrid working applies, with an expectation of around three days per week onsite. • Leading the design and development of analogue, digital and mixed-signal electronic systems from concept through to production, • Defining architectures and making key technical decisions that balance performance, cost, and manufacturability, • Creating schematics, selecting components, and driving design for reliability, compliance, and scalability, • Prototyping, testing, and debugging complex hardware using standard and advanced laboratory equipment, • Contributing deep expertise in low-noise analogue design and high-integrity data acquisition systems, • Collaborating closely with software, systems, and multidisciplinary teams to deliver integrated solutions, • Providing technical leadership in regulated development, including EMC/EMI strategy and risk-based design (e.g. FMEA), • Leading or contributing significantly to design reviews, ensuring high engineering standards are upheld, • Mentoring and supporting other engineers, fostering knowledge sharing and building long-term team capability, • Driving continuous improvement in engineering practices, tools, and methodologies, • Extensive experience in analogue and digital electronics design, including complex mixed-signal systems, • A proven track record of delivering end-to-end hardware designs in a commercial or regulated environment (Medical such as IEC60601 is advantageous but not essential), • Strong hands-on experience in prototyping, testing, debugging, and root cause analysis, • Expertise in schematic capture and PCB design using industry-standard tools (e.g. Mentor Graphics, Altium, KiCad or similar), • Experience operating within regulated industries such as medical devices, automotive, aerospace, or other safety-critical sectors, • Deep understanding of EMC/EMI principles and pragmatic application of risk-based engineering approaches, • Familiarity with embedded and digital systems (e.g. FPGA, embedded software, IC, SPI, CAN), • Strong technical judgement, with the ability to guide decisions and influence across disciplines, • Excellent communication skills, comfortable explaining complex concepts to diverse audiences, • A collaborative and inclusive approach, with a passion for mentoring and developing others, • A continuous learning mindset, with the drive to advance both your own expertise and that of the wider team, • Competitive base salary, • 26 days annual leave, with the option to buy up to 10 days and sell up to 5, • Up to 10% matched pension contributions, • BUPA Private Medical Insurance, • Bonus & Share Save Scheme, • Free to use on site gym, • Two paid volunteering days per year We are a team of more than 73,000 Healthineers in more than 70 countries. As a leader in medical technology, we continuously push the boundaries to create better outcomes and experiences for patients, no matter where they live. Our portfolio is crucial for clinical decision‑making and treatment pathways. When you join Siemens Healthineers, you become part of a global team of scientists, clinicians, developers, researchers, professionals, and skilled specialists who believe in each individual’s potential to contribute with diverse ideas. We are from different backgrounds and cultures, and work together to fight the world’s most challenging diseases and enable access to care, united by one purpose: to pioneer breakthroughs in healthcare. For everyone. Everywhere. Sustainably. Siemens Healthineers is a Disability Confident Committed employer. If you require any adjustments at any stage of the recruitment process, please let us know. We care about your data privacy and take GDPR and other data protection legislation seriously. Please create a profile within our talent community and subscribe to personalized job alerts to stay informed about new opportunities. Do not send your CV or resume by email. Siemens Healthineers’ recruitment is internally managed, with external support permitted only when a qualified supplier has a formal contract with us. Unsolicited candidate submissions and referrals, absent a current supplier contract, do not establish consent and are not eligible for fees. We delete and destroy unsolicited information and therefore recommend you refrain from such practices. Your adherence to our policies is appreciated. #J-18808-Ljbffr

R&D Electronics Engineer (Senior / Principal – Hardware Design) At Siemens Healthineers, we pioneer breakthroughs in healthcare. For everyone. Everywhere. Sustainably. We combine cutting‑edge technology with human insight to enable clinicians to deliver better outcomes for patients worldwide. Our people are curious, thoughtful and driven by purpose—working collaboratively across disciplines to turn ideas into real‑world impact. This is a senior‑level R&D electronics design role within a highly collaborative hardware team, focused on developing advanced electronic systems used in regulated medical technology environments. As a Senior or Principal Engineer, you will take technical ownership across key areas of development, influencing architecture, guiding best practice, and supporting the team in delivering high‑quality, robust designs. You’ll work across the full product lifecycle—from concept and system definition through to verification, validation, and production—while also shaping the future capability of the group. This role offers the opportunity to deepen your technical expertise, act as a trusted subject matter expert, and mentor others as the team continues to grow and evolve. Hybrid working applies, with an expectation of around three days per week onsite. • Leading the design and development of analogue, digital and mixed‑signal electronic systems from concept through to production, • Defining architectures and making key technical decisions that balance performance, cost, and manufacturability, • Creating schematics, selecting components, and driving design for reliability, compliance, and scalability, • Prototyping, testing, and debugging complex hardware using standard and advanced laboratory equipment, • Contributing deep expertise in low‑noise analogue design and high‑integrity data acquisition systems, • Collaborating closely with software, systems, and multidisciplinary teams to deliver integrated solutions, • Providing technical leadership in regulated development, including EMC/EMI strategy and risk‑based design (e.g. FMEA), • Leading or contributing significantly to design reviews, ensuring high engineering standards are upheld, • Mentoring and supporting other engineers, fostering knowledge sharing and building long‑term team capability, • Driving continuous improvement in engineering practices, tools, and methodologies, • Extensive experience in analogue and digital electronics design, including complex mixed‑signal systems, • A proven track record of delivering end‑to‑end hardware designs in a commercial or regulated environment (Medical such as IEC60601 is advantageous but not essential), • Strong hands‑on experience in prototyping, testing, debugging, and root cause analysis, • Expertise in schematic capture and PCB design using industry‑standard tools (e.g. Mentor Graphics, Altium, KiCad or similar), • Experience operating within regulated industries such as medical devices, automotive, aerospace, or other safety‑critical sectors, • Deep understanding of EMC/EMI principles and pragmatic application of risk‑based engineering approaches, • Familiarity with embedded and digital systems (e.g. FPGA, embedded software, I²C, SPI, CAN), • Strong technical judgement, with the ability to guide decisions and influence across disciplines, • Excellent communication skills, comfortable explaining complex concepts to diverse audiences, • A collaborative and inclusive approach, with a passion for mentoring and developing others, • A continuous learning mindset, with the drive to advance both your own expertise and that of the wider team, • Competitive base salary, • 26 days annual leave, with the option to buy up to 10 days and sell up to 5, • Up to 10% matched pension contributions, • BUPA Private Medical Insurance, • Bonus & Share Save Scheme, • Free to use on‑site gym, • Two paid volunteering days per year Siemens Healthineers are proud to be a Disability Confident Committed employer. If you require any adjustments at any stage of the recruitment process, please let us know. #J-18808-Ljbffr

We're looking for a Graduate Machine Learning Engineer to join our supportive, multidisciplinary team and contribute to the development and application of machine learning solutions for our clients and products. You will help explore, prototype, and implement AI/ML approaches to problems both within and outside our core product offering. Working at the forefront of AI and ML alongside experts in a range of disciplines, you'll help users defend against Defence & National Security threats and directly contribute to safer, more resilient systems in the real world. Mind Foundry works on some of the most complex and urgent challenges in Defence and National Security. We specialise in supporting customers across the community to make sense at the speed of relevance from the ever-increasing volumes of data collected by sensors and systems. We often find ourselves working at the edge in complex environments where power, compute, and bandwidth are in short supply. The work is challenging, the customer needs products and applications they can trust, and the sense of achievement is therefore substantial. This role provides an excellent opportunity to develop your technical skills, apply academic knowledge in a real‑world commercial environment and gain exposure to client‑facing work. This role can be office‑based or hybrid, with you expected to work from our Summertown, Oxford office at least one day per week. You will be required to travel to client sites and work at partner locations as needed. You should be willing and eligible to apply for and obtain UK security clearance if you do not hold an existing clearance. • Work closely with colleagues across Science and Engineering, and Product teams to help develop, test and implement ML algorithms that solve complex, real‑world problems efficiently and at scale, • Apply established machine learning techniques and libraries to real‑world datasets, with support and mentorship from senior team members, • Follow best practices in scientific experimentation, validation, and documentation, • Contribute to technical documentation, internal notes, and project reports, • Attend client meetings to understand customer needs and how solutions are delivered, • Take part in knowledge sharing, training, and professional development activities, including attending relevant events or conferences where appropriate to stay current with emerging ML technologies and techniques and support innovation within the team, • A degree (or expected degree) in Computer Science, Applied Mathematics, Statistics, Physics, or a related STEM field, • Familiarity with modern machine learning libraries (e.g. PyTorch or TensorFlow) through coursework, projects, internships or extra‑curricular activity, • Experience programming in Python in an academic or project‑based context, • An interest in building practical systems that help users understand and benefit from machine learning models, • A strong foundation in scientific thinking, with an appreciation for experimental rigour and validation, • A willingness to learn, ask questions, and work collaboratively as part of a team, • An interest in working alongside our clients to understand and solve their complex problems, • Exposure to working with larger datasets and basic data engineering concepts, • Awareness of Agile or iterative development approaches, • Experience with additional programming languages (e.g. Java, JavaScript/TypeScript), • The ability to explain technical ideas clearly, with guidance, to both technical and non‑technical audiences We believe in investing in our people by encouraging career and personal development that aligns with your goals and ambitions. We make sure all staff have the tools, time and support they need to shape their own professional development. We want to help you excel at what you do and support your growth within the company. You’ll enjoy a competitive compensation package and great benefits such as: • Hybrid working (some roles may require full time onsite attendance), • Flexible hours, • Professional and personal development, • 25 days of annual leave (plus Bank Holidays and a company‑wide break over Christmas), • Salary Sacrifice Pension scheme with a 5% employer contribution (minimum 5% employee contribution), • Private Healthcare (including dental and optical cover), • Group Life Cover at three times your annual salary once you pass your probation period, • Enhanced Parental and Sickness Leave, • Workplace Nursery Scheme, • Pet friendly office – A lot of our team bring their dogs to work! While we think the above experience is important, we’re keen to hear from people that believe they have valuable skills, ideas, or perspectives that will make an impact in this role. If our team and mission resonate with you, but you do not necessarily meet all of our requirements, we still encourage you to apply. #J-18808-Ljbffr

The Role Reporting directly to the QA Manager – Quality Systems, the Quality Engineer (CSV) plays a fundamental role in ensuring all GxP-relevant computerized systems are validated, maintained, and fully compliant with GAMP 5, 21 CFR Part 11, EU Annex 11, and ISO 13485. Quality Engineer – Comput

The Role Reporting directly to the QA Manager – Quality Systems, the Quality Engineer (CSV) ensures all GxP‑relevant computerized systems are validated, maintained, and fully compliant with GAMP 5, 21 CFR Part 11, EU Annex 11, and ISO 13485. Job Title Quality Engineer – Computer System

An exciting opportunity has arisen for an experienced and motivated Systems Engineer to join a fast-growing organisation at the forefront of space technology and mission operations. In this role, you’ll be involved in the full lifecycle of ground segment development, from conceptual design through to maintenance and operational support. You’ll play a key role in developing the infrastructure and software on the ground that enable safe and reliable space missions. Working closely with Mission, Systems, and Operations teams, this position offers the chance to contribute to cutting-edge space missions and participate directly in control centre activities. It’s a fantastic opportunity to apply your technical expertise in a dynamic and collaborative environment where innovation and sustainability in space are core values. Key Responsibilities Lead or support the development of ground systems including Mission Control, Mission Planning, and Ground Station Interface Systems. Derive and manage system requirements across the ground segment and its components. Act as Product Owner or Technical Officer with external suppliers and support internal development teams during system design and integration. Collaborate closely with Mission, Systems, and Operations teams to ensure technical alignment across disciplines. Follow Agile (SCRUM) methodologies to implement requirements and maintain project schedules. Produce and maintain high-quality technical documentation, including requirements, verification plans, test procedures, and reports. Conduct verification and validation activities, including system tests and simulation campaigns. Support the Operations team during mission activities and assist with maintenance and troubleshooting of ground systems. Essential Skills Degree in Computer Science, Telecommunications, or a relevant engineering discipline. Minimum 3 years’ experience in ground systems engineering. Solid understanding of ground segment components and their interactions. Knowledge of space mission design and development processes. Experience in requirements engineering. Desirable Skills Experience with Mission Control Systems (e.g., SCOS-2000). Knowledge of Automation Systems, Mission Planning, or Ground Station Communications. Experience working in Agile/Scrum environments. Familiarity with C++ and/or Java, Linux systems, and shell scripting. What’s on Offer Flexible and hybrid working options 9/75 work pattern (optional) 25 days’ holiday (increasing with service) + bank holidays Private healthcare and life insurance Relocation and visa sponsorship (where applicable) State-of-the-art office and cleanroom facilities Supportive, international team culture and regular social events TT

Senior Production & Process Engineer Onsite - Oxford £Competitive We’re building a brand-new Serial Production division — and we’re looking for a senior engineer to help shape it from day one. This is a hands-on, high-impact role where you’ll establish scalable, repeatable production processes and take technical ownership once they’re live. You’ll define equipment requirements, lead process validation, own PFMEAs, manage KPIs, and drive structured root cause problem-solving to keep production stable and improving. You’ll work at the intersection of Engineering, Quality, and Operations — ensuring smooth transition from NPI into full serial manufacture. From process setup and documentation to performance optimisation and cost improvement, you’ll be central to building a robust, high-performing production environment. What you’ll bring: • 5+ years in production/manufacturing/process engineering, • Strong RCCA and structured problem-solving capability, • Experience leading PFMEAs and managing process risk, • Confidence owning KPIs and driving data-led decisions, • Proven ability to support production while delivering improvement If you thrive on ownership, structure, and building something properly from the ground up — this is your opportunity

Senior NPI Engineer A tubular structure or a moulded composite component perhaps looks simple from the outside. Getting it to perform consistently, at volume, to tolerance, that's where the detail happens. The tooling decisions, the process controls, the validation work, all of it invisible, all of it essential. We're looking for someone who lives in that gap between development and production, and knows how to close it. You'll lead New Product Introduction projects across the full product lifecycle, driving project plans, managing risk, and making sure products are ready for the factory floor, not just the drawing board. You'll work closely with engineering, manufacturing, quality, and supply chain teams, and own the process end to end. Accountabilities • Leading NPI projects from development through validation and into production, • Developing project plans and managing technical risks, • Designing tooling, fixtures, and workholding solutions, • Supporting wound, tubular, and moulded composite manufacturing processes, • Leading DFMEA and PFMEA activities to build robust, repeatable processes, • Supporting prototype builds, validation testing, and production launches, • Creating manufacturing documentation: control plans, work instructions, quality standards, • Working with customers, suppliers, and internal teams to deliver successful outcomes Bringing hands-on experience in Design, NPI, manufacturing engineering, or industrialisation and the technical depth to back it up, you will have genuine influence from day one, shaping how products are made. If you want to solve real engineering problems, build processes that last, and see your work move all the way into production, this is the place to do it

Lead FPGA Engineer | Next-Gen Wireless Comms | Start up | Oxford / Hybrid | up to £100,000pa plus benefits: A once in a lifetime opportunity has arisen for a Lead FPGA Engineer to have a major impact in the development of next generation wireless communications. Our client is an early stage, fast paced, independently funded start up, with strong links to the University of Oxford. Led by a talented team with considerable sector experience and specialist subject knowledge, their mission is to enable safe and efficient communication systems which will ultimately protect our way of life. By joining them, the Lead FPGA Engineer will be seriously contributing to critical technology that will save lives and ensure our society remains safe in an ever-changing world. This Lead FPGA Engineer role will focus on transforming advanced wireless communication algorithms into efficient, real-time FPGA implementations for an FPGA-accelerated SDR modem platform. Working closely with PHY, software, and systems engineers, you will help define the hardware-realisable architecture for our next-generation intelligent SDR modem, translating floating-point communications algorithms into high-performance fixed-point FPGA implementations suitable for field deployment. This is a hands-on role involving DSP architecture, FPGA implementation, optimisation, integration, verification, and system bring-up. Essential Experience & skills: 5+ years of industry experience developing FPGA-based DSP or communications systems; strong FPGA design experience using VHDL, Verilog, or SystemVerilog; strong understanding of fixed-point arithmetic, quantisation effects, numerical precision, and hardware implementation trade-offs; experience implementing high-performance parallelised DSP algorithms on FPGA platforms; practical experience implementing one or more of: o FFTs; o fast Hadamard transforms; o digital filtering; o synchronisation algorithms; o channel estimation; o forward error correction; o beamforming; o packet-processing pipelines; experience designing high-throughput streaming architectures using AXI-Stream or equivalent interfaces; experience analysing FPGA timing, resource utilisation, and system performance; familiarity with MATLAB, Python, or equivalent modelling environments for algorithm validation; strong debugging and problem-solving skills in laboratory environments; ability to work closely with DSP, software, systems, and RF engineers; If you’re a Lead FPGA Engineer with an expertise in advanced wireless communication algorithms into efficient, real-time FPGA implementations for an FPGA-accelerated SDR modem platform, and you’re looking for a career defining role which will shape the future of wireless communications, then MARS would like to hear from you. MARS Recruitment is an equal opportunities employer and positively welcomes applications from suitably qualified applicants regardless of race, colour, sex, marital status, national origin, religion, age, disability, or any other protected status. Suitable candidates for the role will be contacted within 3 working days, unfortunately if you haven’t heard back in this time your application has been unsuccessful at this time MARS Recruitment is a specialist Engineering & IT recruiter working in partnership with companies across the UK and offers services of both an Employment Business (for Temporary/Contract roles) and an Employment Agency (for Permanent roles)

Safety-Critical Verification Engineer Oxfordshire, UK Hybrid (3 days a week onsite) Permanent An exciting opportunity has arisen to join an innovative engineering business developing advanced safety and assurance technologies for autonomous and AI-enabled systems operating within highly regulated environments. As autonomous technologies become increasingly utilised across aviation, defence and mission-critical applications, organisations require robust verification, certification and safety monitoring capabilities to enable safe deployment at scale. This company is developing solutions that provide an independent layer of assurance across autonomous platforms, ensuring compliance, reliability and operational safety in environments where failure is not an option. Working alongside leading organisations across aerospace, autonomy and defence, you will join a highly specialised engineering team focused on developing technologies that support the safe deployment of next-generation autonomous systems. This is an opportunity to contribute to cutting-edge programmes that will help shape the future of autonomous aviation and safety-critical AI systems. Key Responsibilities: Define and execute verification and validation strategies for safety-critical software and systems Develop verification plans, test frameworks and certification evidence Support software verification activities against recognised aviation and safety-critical standards Perform requirements-based testing, verification and validation Maintain requirements traceability and compliance throughout the development lifecycle Generate certification artefacts and compliance documentation Conduct integration, qualification and system-level testing Work closely with software, systems and safety engineers to ensure programme objectives are achieved Support the continual development of assurance frameworks and verification processes Contribute to certification, airworthiness and regulatory approval activities Support the development of runtime safety monitoring and fail-safe architectures for autonomous platformsKey Skills Strong background in safety-critical verification and validation Experience operating within regulated engineering environments Understanding of software development lifecycles and verification processes Experience with requirements-based testing and traceability Knowledge of embedded systems and real-time software Experience generating certification evidence and compliance documentation Understanding of advanced testing methodologies such as automated testing, simulation-based verification, fault injection, fuzz testing or similar techniques Strong analytical and problem-solving capabilities Excellent communication and stakeholder engagement skillsDesirable Skills: Experience working to DO-178C or equivalent safety-critical software standards Aerospace, defence or autonomous systems experience Exposure to DAL A or DAL B programmes Knowledge of ISO 26262, IEC 61508 or other functional safety standards Experience with SIL, HIL or SIH verification environments Formal methods or static analysis experience Verification of flight control systems, avionics or other mission-critical systems Knowledge of aviation certification frameworks, airworthiness requirements or operational safety assessments Experience supporting UAV, UAS, eVTOL or autonomous vehicle programmes Exposure to mathematically verified software, runtime assurance architectures or advanced safety frameworksWhat You Get In Return: Flexible hybrid working (3 days per week onsite) Opportunity to work on cutting-edge autonomous and AI-enabled technology Exposure to advanced verification, certification and assurance methodologies Professional development within a highly specialised engineering environment Opportunity to work alongside some of the industry's leading experts in autonomy and safety-critical systems Involvement in technology that will support the future deployment of autonomous aircraft, defence systems and intelligent platforms The chance to play a key role in solving one of the biggest challenges facing autonomous technology: trust, safety and assuranceInterested? Please submit your CV to Chrissie Rehman at DCS Recruitment via the link provided. Alternatively email me on (url removed) DCS Recruitment is recognised as a trusted supplier of permanent, contract and interim recruitment services to Engineering, Manufacturing and High Technology sectors. INDTECH DCS Recruitment and all associated companies are committed to creating a working environment where diversity is celebrated and everyone is treated fairly, regardless of gender, gender identity, disability, ethnic origin, religion or belief, sexual orientation, marital or transgender status, age, or nationality

Safety-Critical Software Engineer Oxfordshire, UK Hybrid (3 days a week onsite) Permanent An exciting opportunity has arisen to join an innovative engineering company developing advanced safety and assurance technologies for autonomous and AI-enabled systems operating within highly regulated environments. As autonomous technologies become more widely adopted across aerospace, defence and mission-critical applications, the need for robust, certifiable software has never been greater. This organisation is developing high-integrity software platforms that provide runtime assurance, safety monitoring and protection functions for next-generation autonomous systems. Working alongside leading organisations within aerospace, defence and autonomy, you will be part of a highly specialised engineering team responsible for developing embedded software that supports the safe deployment of autonomous technologies. The position offers the opportunity to work on advanced safety-critical platforms that are helping shape the future of autonomous aviation and trusted AI systems. Key Responsibilities: Design and develop safety-critical embedded software for autonomous platforms Develop software components that provide runtime assurance and safety monitoring capabilities Contribute to the development of high-integrity software solutions for regulated environments Support the software architecture and design of certifiable autonomous systems Work closely with verification, validation and certification teams to ensure compliance objectives are achieved Support the development of software suitable for high-assurance and safety-critical applications Integrate software across mission systems, flight control systems and safety functions Participate in software safety analysis and design assurance activities Contribute to the evolution of platform capabilities from development through to deployment Support continuous improvement of software engineering processes and standards Key Skills Strong background in embedded software engineering Experience developing software using C, C++, Ada or similar programming languages Experience working within safety-critical environments Understanding of high-integrity software development processes Knowledge of real-time and embedded systems Experience working within regulated development environments Understanding of software verification and validation methodologies Strong debugging, problem-solving and analytical skills Ability to work effectively within multidisciplinary engineering teams Desirable Skills: Ada or SPARK Ada development experience Experience developing software to DO-178C or similar safety-critical standards Aerospace, defence or autonomous systems background Experience working within ISO 26262 or IEC 61508 environments Flight control systems, avionics or mission-critical software experience Experience supporting UAV, UAS, drone or eVTOL programmes Runtime assurance or autonomy assurance system development Knowledge of ROS, ROS2, MAVLink, PX4, ArduPilot or similar autonomy frameworks Model-based development experience Formal methods or mathematically verified software development experience Understanding of software certification processes within regulated industries What You Get In Return: Flexible hybrid working (3 days per week onsite) Opportunity to work on cutting-edge autonomous and AI-enabled technologies Exposure to advanced embedded software development within safety-critical environments Professional development within a highly specialised engineering team Opportunity to work alongside industry experts across autonomy, aerospace and defence Involvement in technology supporting the future deployment of autonomous aircraft and intelligent systems The chance to work on genuinely innovative products solving complex safety and assurance challenges Interested? Please submit your CV to Chrissie Rehman at DCS Recruitment via the link provided. Alternatively email me on (url removed) INDTECH DCS Recruitment and all associated companies are committed to creating a working environment where diversity is celebrated and everyone is treated fairly, regardless of gender, gender identity, disability, ethnic origin, religion or belief, sexual orientation, marital or transgender status, age, or nationality

The RLE INTERNATIONAL Group is one of the world's leading providers in the fields of vehicle development, technology and consulting. On the basis of more than 40 years of development & consulting, we provide innovative and effective solutions for our UK customers in the area of Automotive Engineering. RLE INTERNATIONAL is represented at locations close to its customers in Europe, Asia and USA. Job Title: Senior Systems Engineer – Energy Storage Systems Rate: Negotiable (in line with experience) Location: Oxford/Banbury – 3 months (potential to extend) Job Description: We are seeking a Systems Engineer to support the development and integration of an energy storage program utilizing electric motors, power inverters, and battery systems. The Systems Engineer will be responsible for defining system requirements, ensuring subsystem integration, managing technical risks, and supporting the full system lifecycle from concept through deployment and operation. Key Responsibilities: Define and manage system-level requirements for energy storage systems. Develop system architectures integrating batteries, inverters, motors, controls, and thermal management. Lead system integration activities across electrical, mechanical, software, and controls domains. Perform system trade studies, performance analysis, and failure mode analysis (FMEA/FMECA). Ensure compatibility and interface definition between batteries, power electronics, and motors Support system validation, verification, and testing (V&V). Monitor system efficiency, safety, reliability, and performance metrics. Collaborate with suppliers and internal engineering teams on component selection and qualification. Support compliance with applicable standards and regulations (UL, IEC, IEEE, ISO, NFPA, etc.) Develop and maintain system documentation, block diagrams, and interface control documents (ICDs). Support commissioning, field troubleshooting, and continuous improvement efforts Day to day program management supported by Head of Program and ED. Experience Required: • Experience with energy storage systems, power electronics, or electric drive systems, • Strong understanding of batteries (Li-ion preferred), inverters, and electric motors, • Knowledge of system-level modelling and requirements management, • Experience with electrical architectures, power distribution, and controls integration, • Familiarity with safety concepts including functional safety and battery safety, • Experience with vehicle level or industrial energy storage systems, • Knowledge of battery management systems (BMS) and motor control strategies, • Experience with system simulation tools (MATLAB/Simulink, PLECS, PSCAD), • Familiarity with standards such as UL 9540, UL 1741, IEC 62933, IEEE 1547, • Experience with thermal management and cooling systems, • Systems engineering tools (DOORS, Jama, SysML) Skills Required/Preferred: • Strong systems thinking and ability to manage complex, multidisciplinary designs, • Excellent problem-solving and root cause analysis skills, • Clear technical communication with cross-functional teams, • Ability to balance performance, cost, safety, and schedule trade-offs, • Collaboration with hardware, firmware, software, and operations teams Required Qualifications: Bachelor’s degree in electrical engineering, Systems Engineering, Mechanical Engineering, or related field. Additional: • UK Driving licence, • May require travel to customer locations, • 2-3 days on site – remainder, office and/or home based Eligibility: Sponsorship is not offered for this role and therefore you must have the right to work in the UK

Modem Stack Engineer | Next-Gen Wireless Comms | Start up | Oxford / Hybrid | £70,000pa - £80,000pa: A once in a lifetime opportunity has arisen for a Modem Stack Engineer to have a major impact in the development of next generation wireless communications. Our client is an early stage, fast paced, independently funded start up, with strong links to the University of Oxford. Led by a talented team with considerable sector experience and specialist subject knowledge, their mission is to enable safe and efficient communication systems which will ultimately protect our way of life. The Modem Stack Engineer will design, implement, and optimise advanced wireless communication software for secure and resilient communication systems. This role focuses on the development of Layer 2 and Layer 3 protocol stack components within modern wireless systems, such as cellular, Wi-Fi, and custom SDR-based networks. The successful candidate will work across embedded software, modem integration, and real-time communications environments to deliver high-performance and robust wireless solutions. Modem Stack Engineer essential experience: degree in Computer Engineering, Electronic Engineering, Telecommunications, Computer Science, or equivalent industry experience; strong proficiency in embedded C/C++ software development for real-time or low-level systems; hands-on experience developing or integrating modem software for one or more wireless technologies, including cellular, WLAN, Bluetooth, or SDR-based systems; strong understanding of wireless communication protocols and modem stack architectures; experience implementing or debugging L2/L3 protocol stack functionality, including one or more of MAC, RLC, PDCP, RRC, QoS, mobility management, or session management; familiarity with RTOS, embedded Linux, multi-threaded systems, and low-level debugging tools; experience using protocol analysers, logging frameworks, profiling tools, and performance optimisation techniques; strong analytical and debugging skills, with the ability to diagnose issues across multiple layers of the modem stack; ability to collaborate effectively with PHY/DSP, FPGA, RF, systems, and software engineering teams; eligibility to work on projects related to the UK Defence and Security sector. Desirable 5+ years of industry experience in modem, embedded wireless, or protocol-stack software development; deep expertise in one or more of: 4G LTE or 5G NR protocol stacks; Wi-Fi (802.11) protocol development; Bluetooth/BLE protocol implementation; modem architecture and system-level design; experience working with 3GPP, IEEE, STANAG, or other military/communications standards; familiarity with SDR frameworks and platforms such as srsRAN, OpenAirInterface, GNU Radio, or USRP-based systems; experience with modem validation, interoperability testing, field trials, or network integration activities; understanding of radio resource management, link adaptation, scheduling, handover, mobility management, and QoS mechanisms; familiarity with DSP concepts and interaction between PHY and higher protocol layers; experience optimising software for multi-core embedded systems, hardware accelerators, or low-power platforms; experience working in secure, mission-critical, or defence-related communications environments. If you’re a Modem Stack Engineer with an expertise in advanced wireless communication systems, and you’re looking for a career defining role which will shape the future of wireless communications, then MARS would like to hear from you. MARS Recruitment is an equal opportunities employer and positively welcomes applications from suitably qualified applicants regardless of race, colour, sex, marital status, national origin, religion, age, disability, or any other protected status. Suitable candidates for the role will be contacted within 3 working days, unfortunately if you haven’t heard back in this time your application has been unsuccessful at this time MARS Recruitment is a specialist Engineering & IT recruiter working in partnership with companies across the UK and offers services of both an Employment Business (for Temporary/Contract roles) and an Employment Agency (for Permanent roles)

Protocol Stack Engineer | Next-Gen Wireless Comms | Start up | Oxford / Hybrid | £80,000pa - £90,000pa: A once in a lifetime opportunity has arisen for a Protocol Stack Engineer to have a major impact in the development of next generation wireless communications. Our client is an early stage, fast paced, independently funded start up, with strong links to the University of Oxford. Led by a talented team with considerable sector experience and specialist subject knowledge, their mission is to enable safe and efficient communication systems which will ultimately protect our way of life. The Protocol Stack Engineer will design, implement, and optimise advanced wireless communication software for secure and resilient communication systems. This role focuses on the development of Layer 2 and Layer 3 protocol stack components within modern wireless systems, such as cellular, Wi-Fi, and custom SDR-based networks. The successful candidate will work across embedded software, modem integration, and real-time communications environments to deliver high-performance and robust wireless solutions. Protocol Stack Engineer essential experience: degree in Computer Engineering, Electronic Engineering, Telecommunications, Computer Science, or equivalent industry experience; strong proficiency in embedded C/C++ software development for real-time or low-level systems; hands-on experience developing or integrating modem software for one or more wireless technologies, including cellular, WLAN, Bluetooth, or SDR-based systems; strong understanding of wireless communication protocols and modem stack architectures; experience implementing or debugging L2/L3 protocol stack functionality, including one or more of MAC, RLC, PDCP, RRC, QoS, mobility management, or session management; familiarity with RTOS, embedded Linux, multi-threaded systems, and low-level debugging tools; experience using protocol analysers, logging frameworks, profiling tools, and performance optimisation techniques; strong analytical and debugging skills, with the ability to diagnose issues across multiple layers of the modem stack; ability to collaborate effectively with PHY/DSP, FPGA, RF, systems, and software engineering teams; eligibility to work on projects related to the UK Defence and Security sector. Desirable 5+ years of industry experience in modem, embedded wireless, or protocol-stack software development; deep expertise in one or more of: 4G LTE or 5G NR protocol stacks; Wi-Fi (802.11) protocol development; Bluetooth/BLE protocol implementation; modem architecture and system-level design; experience working with 3GPP, IEEE, STANAG, or other military/communications standards; familiarity with SDR frameworks and platforms such as srsRAN, OpenAirInterface, GNU Radio, or USRP-based systems; experience with modem validation, interoperability testing, field trials, or network integration activities; understanding of radio resource management, link adaptation, scheduling, handover, mobility management, and QoS mechanisms; familiarity with DSP concepts and interaction between PHY and higher protocol layers; experience optimising software for multi-core embedded systems, hardware accelerators, or low-power platforms; experience working in secure, mission-critical, or defence-related communications environments. If you’re a Protocol Stack Engineer with an expertise in advanced wireless communication systems, and you’re looking for a career defining role which will shape the future of wireless communications, then MARS would like to hear from you. MARS Recruitment is an equal opportunities employer and positively welcomes applications from suitably qualified applicants regardless of race, colour, sex, marital status, national origin, religion, age, disability, or any other protected status. Suitable candidates for the role will be contacted within 3 working days, unfortunately if you haven’t heard back in this time your application has been unsuccessful at this time MARS Recruitment is a specialist Engineering & IT recruiter working in partnership with companies across the UK and offers services of both an Employment Business (for Temporary/Contract roles) and an Employment Agency (for Permanent roles)

Job Title: UAS Build Engineer & Pilot Location: Oxfordshire, UK (Office-based) Salary: Up £30,000 Job Type: Permanent, Full-Time Do have UAS build experience (even dissertation-level or university projects count) and want to work for an innovative technology business, operating in a fast-paced environment where collaboration, ownership and continuous learning are highly valued? We are seeking a UAS Build Engineer & Pilot to join an innovative team developing advanced unmanned aircraft systems. This hands-on role combines the technical assembly, maintenance and testing of drone platforms with operational flight responsibilities in support of cutting-edge autonomous technology. You may be a recent University Graduate who has studied Aerospace Engineering, You will play a key role in ensuring aircraft are built to a high standard, maintained in a mission-ready condition, operated safely and compliantly, and continuously improved through testing and operational feedback. Candidates must be eligible to obtain and maintain UK security clearance and have the unrestricted right to work in the UK. The successful candidate will enjoy working as part of a close-knit team, contributing across multiple disciplines and helping to deliver advanced autonomous systems from development through to deployment. This role is well suited to someone who enjoys solving practical engineering challenges, working with emerging technologies and taking responsibility for delivering high-quality results. Key Responsibilities Build, assemble and configure unmanned aircraft systems to engineering specifications. Integrate flight controllers, propulsion systems, payloads, communications equipment, sensors and associated hardware. Carry out wiring, soldering, fabrication and mechanical assembly of airframes and components. Install, configure and update software, firmware and ground control systems and conduct bench testing and system validation before flight operations. Perform routine inspections, preventative maintenance and repairs and diagnose and resolve mechanical, electrical, software and communication system faults. Maintain accurate maintenance records, repair documentation and configuration logs. Manage spare parts inventory and recommend replacement or upgrade requirements and ensure aircraft remain airworthy and operationally ready. Conduct UAS flight operations safely and in accordance with regulatory requirements. Maintain relevant UAS certifications, licences and training and prepare operational documentation including flight logs, mission reports and regulatory paperwork. Support a strong safety culture by participating in safety reviews and incident investigations. Keep up to date with developments in UAS technology, regulations and industry best practice.Skills & Experience Experience building, maintaining and operating unmanned aircraft systems (UAS). Strong knowledge of UAS electronics, propulsion systems, flight controllers and associated hardware. Experience diagnosing and resolving mechanical, electrical and software faults. Familiarity with mission planning and ground control software. Good understanding of aviation safety principles and risk management. Ability to work independently both in workshop and field environments. Strong organisational, communication and documentation skills. Open Category A1/A3 Certificate – Essential. A2 Certificate of Competency (A2 CofC) – Desirable

An exciting opportunity has arisen for a Senior Mission Operations Preparation Engineer to join an innovative space technology organisation working on the development and operation of next-generation satellite missions. This role is ideal for an experienced spacecraft operations or systems engineer who enjoys working at the intersection of engineering, mission design, and operational delivery. You will play a key role in ensuring spacecraft and ground systems are ready for successful mission execution, working closely with teams across software, systems, AIT, and flight operations. You will be involved throughout the mission lifecycle, helping to define operational strategies, develop procedures and tools, support testing activities, and prepare teams for spacecraft operations. This is a highly collaborative role suited to someone who is technically curious, enjoys solving complex engineering challenges, and wants to make a tangible contribution to ambitious space missions. Visa sponsorship and relocation support available for suitable candidates. Key Responsibilities Lead operational engineering activities for spacecraft missions during development and preparation phases. Translate mission and spacecraft requirements into practical operational concepts and solutions. Work closely with engineering teams to ensure spacecraft designs are operable and support successful mission delivery. Develop and maintain operational documentation, procedures, and supporting materials. Support spacecraft simulator activities, mission databases, and operational tooling. Contribute to system-level testing, validation campaigns, and mission readiness activities. Help define and improve processes, tools, and approaches used to support spacecraft operations. Collaborate with flight operations teams during mission preparation and execution phases. Provide technical support during spacecraft operations, including anomaly investigations where required. What We’re Looking For A degree in Engineering, Physics, or another relevant technical discipline. Strong experience within the satellite or space industry, ideally across spacecraft operations, mission preparation, or systems engineering. Understanding of spacecraft operational concepts and the complete mission lifecycle. Experience working with space standards and engineering processes. Familiarity with mission control environments and spacecraft operations tools. Experience creating, reviewing, and validating spacecraft procedures. Exposure to spacecraft testing, integration, and verification activities. Scripting experience using languages such as Python, TCL, or similar. A proactive approach with the ability to work independently while collaborating across engineering teams. Desirable Experience Experience with spacecraft operations preparation tools. Background supporting live spacecraft operations or mission control activities. Knowledge of configuration management processes. Experience working within complex, multi-disciplinary engineering environments. What’s on Offer Flexible hybrid working environment. Opportunity to work on advanced spacecraft technology and future-focused missions. Supportive and collaborative engineering culture. 25 days annual leave plus bank holidays, increasing with service. Optional 9-day fortnight working pattern. Private healthcare and life insurance benefits. Relocation support available. Visa sponsorship considered for suitable candidates. Access to modern engineering facilities and specialist workspace. Regular team and company social activities. If you are an experienced spacecraft operations or systems engineer looking for your next challenge within the space sector, this role offers the opportunity to contribute to exciting missions while working alongside talented engineers developing cutting-edge technology. TT

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