154 jobs found

At CoMind, we are developing a non-invasive neuromonitoring technology that will result in a new era of clinical brain monitoring. In joining us, you will be helping to create cutting edge technologies that will improve how we diagnose and treat brain disorders, ultimately improving and saving the lives of patients across the world. The Role: As the FPGA Architect, you will own the design, architecture, and development of the FPGA systems at the core of our neuromonitoring device. As a recognised Subject Matter Expert in FPGA design principles you'll build the real time data acquisition, digital signal processing, and high speed communication systems that turn optical signals into the physiological data clinicians depend on. This is a senior technical role with full ownership - from early architecture decisions through to manufacturing release - working alongside electronics, software, mechanical, and optics engineers in a regulated medical device development environment. You will be a key member of the Hardware Engineering team responsible for the hardware for CoMind's medical devices - from precision analogue circuits and high speed digital systems, to FPGAs for data acquisition, control and signal processing, and PCB design through to mechanical enclosures, optical assemblies and consumable sensors. At CoMind, all team members work at least 4 days per week from our new Kings Cross offices, plus a flexible work from home day. Responsibilities: Lead the end to end architecture, design, development, and verification of FPGA systems across the full product lifecycle Define FPGA system architecture from product and clinical requirements, including clocking, reset, memory, and interface strategies Select appropriate Xilinx FPGA/SoC platforms (e.g., Zynq, UltraScale+) and drive design trade offs across performance, power, cost, and reliability Build real time data acquisition pipelines, DSP subsystems, and high speed communication interfaces in Verilog/VHDL Lead RTL design, microarchitecture definition, timing closure, and resource optimisation in Vivado Define and drive verification and validation strategy, including simulation, hardware in the loop testing, and timing/power analysis Use Xilinx debugging tools (ILA, VIO, etc.) to support hardware bring up and lab validation Collaborate cross functionally with electronics, software, mechanical, and optics teams to integrate FPGA subsystems into the wider product Lead design reviews, architecture discussions, and technical risk assessments Ensure FPGA solutions are scalable, testable, and cost effective for volume manufacturing Maintain design documentation and traceability in line with medical device regulatory requirements (FMEA, hazard analysis) Mentor engineers as the team grows AI is fundamental to our culture - it's not just a tool, but a core part of how we work, collaborate, and innovate. We expect all team members to embrace AI in their daily work and continuously find new ways to use it effectively. Skills & Experience: 10+ years of FPGA development on products that made it to market Experience with safety critical design practices, including single fault failure analysis and fail safe techniques Strong proficiency in Verilog or VHDL for RTL design Hands on experience with Xilinx Vivado and Siemens' QuestaSim (synthesis, implementation, simulation, and debug) Experience with high speed interfaces such as JESD204B, PCIe, DDR, or high speed serial transceivers up to 10Gbps lane rates Proven DSP implementation on FPGAs - filtering, spectral analysis, real time processing Full FPGA lifecycle experience: architecture, design, verification, integration, and production support Experience bringing hardware from prototype to production Experience in medical device development or regulated industries (e.g. IEC 62304, ISO 13485 or other applicable standards) Nice to have: Familiarity with optoelectronic systems or instrumentation Experience with Xilinx UltraScale+ or similar high performance platforms Exposure to hardware control loops and real time closed loop systems Experience mentoring or technically leading other FPGA engineers Benefits: Company equity plan so all employees share in the success of the company Salary sacrifice pension scheme Private medical, dental and vision insurance (medical history disregarded) Group life assurance at 4x annual income Comprehensive mental health support, including unlimited access to 1:1 sessions with trained professionals Unlimited holiday allowance (+ bank holidays) and one week of remote working per quarter Lunch voucher (£10) every day for JustEat and free dinner on those days where you need to work later Twice weekly deliveries of fresh fruit and an extensive selection of snacks and drinks YuLife subscription, allowing you to turn your daily steps and meditation into discounts at a range of stores

SDS Specialist - Autonomous Vehicle Diagnostics & Calibration About the Role We are looking for a Self-Driving Systems Specialist (SDS Specialist) to support the diagnostics, calibration, configuration, and technical readiness of self-driving systems used in autonomous vehicles and robotaxi fleets across Europe. The SDS Specialist focuses on the technology layer of autonomous mobility: sensors, compute systems, software configurations, autonomous driving hardware, system diagnostics, calibration procedures, and technical validation. This role ensures that the self-driving system installed in each autonomous vehicle is functioning correctly, accurately calibrated, and ready to support safe testing, commercial deployment, and autonomous ride-hailing operations. You will work closely with Senior Technicians, AV Operations Leads, Safety Operators, Depot Specialists, engineering teams, and fleet operations teams to identify technical issues, execute structured troubleshooting procedures, and support reliable operation of autonomous vehicle platforms. This position is ideal for candidates with experience in automotive electronics, ADAS systems, embedded systems, robotics, diagnostics, calibration, or complex technical support who want to work at the center of autonomous vehicle deployment and robotaxi operations. Key Responsibilities Self-Driving System Diagnostics Diagnose and troubleshoot self-driving system issues affecting autonomous vehicle performance and fleet readiness. Investigate technical problems related to cameras, LiDAR, radar, GPS/GNSS, compute units, sensors, connectivity modules, wiring, and autonomous driving hardware. Execute structured diagnostic procedures to identify root causes of SDS hardware, software, and configuration issues. Support advanced troubleshooting for autonomous vehicle faults that impact testing, commercial operations, or robotaxi fleet availability. Escalate complex technical cases to engineering teams with clear findings and supporting documentation. Hardware Support Inspect, repair, replace, and validate SDS hardware components installed on autonomous vehicles. Support installation and verification of cameras, LiDAR units, radar sensors, compute hardware, sensor mounts, antennas, and related components. Confirm that autonomous driving hardware is correctly installed, secured, clean, functional, and ready for operation. Collaborate with Senior Technicians on vehicle-level issues involving both standard automotive systems and SDS components. Ensure all hardware work is completed according to strict safety, quality, and technical procedures. Software Configuration & Updates Perform software updates, configuration changes, and system validation checks for autonomous driving systems. Execute defined software procedures using diagnostic tools, command-line tools, configuration files, or engineering-provided workflows. Verify successful software installation and confirm that the SDS is operational before the vehicle returns to service. Support troubleshooting of software-related issues affecting autonomous vehicle behavior, system communication, or operational readiness. Maintain accurate records of software versions, configurations, updates, and validation results. Sensor Calibration & Validation Perform calibration and verification activities for autonomous vehicle sensors and self-driving system components. Support calibration workflows involving cameras, LiDAR, radar, localization systems, and other perception-related hardware. Validate that the self-driving system is functioning correctly after maintenance, software updates, hardware replacement, or vehicle service. Assist engineering teams with data collection, calibration testing, and system performance verification. Ensure autonomous vehicles meet technical readiness requirements before returning to robotaxi operations or on-road testing. Engineering & Operations Support Serve as the on-site subject matter expert for SDS-related technical issues. Provide structured technical findings to engineering, fleet operations, and project teams. Collaborate with AV Operations Leads to prioritize SDS-related repairs and reduce vehicle downtime. Support incident reviews, root-cause analysis, and technical escalation processes. Contribute to continuous improvement of troubleshooting workflows, calibration procedures, and operational documentation. Documentation & Compliance Maintain accurate records of diagnostics, repairs, software updates, hardware changes, and calibration activities. Follow strict operational, safety, and technical procedures when working with autonomous driving systems. Complete all required system validation checklists and technical reports. Support compliance with internal quality standards, safety protocols, and customer requirements. Ensure all SDS-related work is traceable, repeatable, and properly documented. Requirements Essential Minimum 3+ years of experience in automotive electronics, diagnostics, embedded systems, robotics, technical support, or complex technical systems. Strong troubleshooting and analytical skills. Experience working with vehicle electronics, sensors, control systems, or advanced technical hardware. Comfortable following structured software procedures and technical workflows. Ability to work with diagnostic tools, logs, technical documentation, and engineering instructions. High attention to detail and strong procedural discipline. Good communication skills and ability to work with cross-functional technical teams. Fluent English. Strongly Preferred Experience with ADAS, autonomous vehicles, robotics, sensor systems, or advanced driver assistance technologies. Familiarity with LiDAR, radar, camera systems, GNSS, IMU, compute units, or perception-related hardware. Experience with Linux, command-line tools, CAN bus, vehicle networks, or embedded systems. Experience performing calibration, validation, or system integration activities. Background in automotive testing, AV operations, robotics labs, fleet diagnostics, or technical field support. German, French, Spanish, Dutch, or other European languages depending on project location. What We Are Looking For Successful SDS Specialists are precise, structured, and technically curious. They enjoy solving complex system problems and understand that reliable self-driving system performance is essential for safe autonomous vehicle operations, commercial robotaxi services, and fleet scaling. This role requires someone who can work carefully with advanced hardware and software, follow engineering procedures exactly, and communicate findings clearly to both technical and operational teams. You should be comfortable working in a depot or technical operations environment where autonomous vehicles must be diagnosed, validated, and returned to service quickly and safely. What We Offer Opportunity to work directly with self-driving systems, autonomous driving hardware, and advanced vehicle technologies. Hands on involvement in robotaxi fleet operations, autonomous vehicle testing, and autonomous ride hailing deployment across Europe. Exposure to robotics, ADAS, sensor calibration, embedded systems, EV platforms, and next generation mobility technologies. Structured onboarding, technical procedures, and ongoing training. Career development opportunities in autonomous vehicle operations, AV diagnostics, robotics, and technical fleet support. Collaboration with engineering, operations, depot, technician, and safety teams. Opportunity to support new city launches, fleet scaling, and commercial autonomous mobility programs.

Everfox in the UK is seeking an Electronics Systems Engineer III to own the full hardware design lifecycle, from requirements to production, delivering robust, field-ready PCBs. You will work largely independently, making technical decisions that shape the products we ship. You will collaborate with firmware, systems, and mechanical engineers, mentor junior engineers, participate in design reviews, and ensure EMC/thermal performance, reliability, and manufacturability through the lifecycle from

Senior Electronics Hardware EngineerApplylocations: Multimatic Electronic Systems - United Kingdom (Cambridge)time type: Full timeposted on: Posted Todayjob requisition id: JR103061We are seeking a Senior Electronics Hardware Engineer to join our growing engineering team to develop a range of ISO 26262 compliant automotive electronics products. You will be part of a highly capable team split between Cambridge (UK) and Toronto (Canada) and will have the opportunity to be involved in all stages of product development from concept through to end of life.We need someone who is experienced in electronic hardware design, with a good grounding in embedded systems. Someone who has previously designed products for manufacture, ideally in an automotive environment, and someone used to working to deadlines and communicating well. We're looking for self-motivated individuals who will embrace our culture - finding ways to say "yes", supporting and developing our engineers, meeting all commitments, being flexible, embracing challenges and ensuring we deliver excellent solutions to our customers. Facility Address: Waterbeach, Cambridge Key Areas of Responsibility: Support architectural development of electronic systems. Requirements capture for electronics hardware Detailed schematic capture Design analysis using appropriate methods; SPICE simulations, derating analysis, DFMEAs, WCCA etc. Creation of PCB layout guidelines Commissioning, verification and validation testing of the hardware including environmental and EMC testing. Appropriate documentation of the designs observing internal, industry and customer standards and processes. Collaborate with and support our manufacturing divisions and external CEM partners through cost down exercises and DFMs. Ownership of designs, devising solutions and solving problems as they arise. Identify areas for improvement including tools, techniques and processes. Preferred not to mandate - 5-10 years experience in automotive or similar regulated industry Experience - Highly Desirable: Architectural development of electronic systems. Circuit design including: H-bridge solenoid, motor and inductive load interfaces. High and low-side MOSFET switches. Current sensing and measurement. Common op-amp circuits (amplifiers, filters, etc.), comparators. Microcontrollers with integrated peripheral functions. 'External-world' analogue and digital interfaces. Communications interfaces: SPI, I2C, CAN, LIN, and Ethernet. Power supplies: linear and switched-mode. Design commission and debug. PCB design, layout and routing using third-party layout resources. Analogue circuit simulation for analysis and performance prediction. Document creation including specifications, design descriptions, design & test reports. Working in a high-quality environment using industry-standard processes both in cross-functional teams and stand-alone. Experience - Desirable: Design for automotive environments. Design of safety-related hardware and functionally safe hardware development. PCB design layout & routing using PCB tools. Design for reliability; derating of components. Reliability analysis, FMEA. Taking a design from architecture through to production. Design for manufacture. Design for test. Design for qualification; EMC, environmental. Product qualification; EMC and environmental testing. Writing simple hardware test software. First degree or higher qualification in electronics engineering or a closely related discipline. Previous Engineering Tools & Lab Experience: Schematic capture. PCB layout viewers, ODB & gerber viewers. SPICE circuit simulators. Use of common lab bench equipment; scopes, signal generators, DMMs, etc. Soldering of through-hole and SMT components. Visa sponsorship is not available for this role. To learn more about Multimatic, check out our youtube channel - If you are interested in this position, apply by sending us your cover letter and resume. We thank all interested candidates in advance; however, only individuals selected for interviews will be contacted. As part of our commitment to ensuring our employment practices are fair, accessible, and inclusive of persons with disabilities, recruitment-related accommodations for disabilities, are available upon request throughout the recruitment and assessment process for applicants with disabilities.

Company Overview Novomorphic is a UK semiconductor and systems design company focused on system-first secure Edge AI. We design and deliver advanced electronics where power, thermal performance, RF behaviour, latency, reliability, and security constraints matter. Our work spans edge AI systems, digital IC design, analogue and mixed-signal systems, FPGA platforms, embedded systems, and compound semiconductor technologies. We work through focused delivery, paid pilots, demonstrators, partner-enabled projects, and CR&D programmes. Our aim is to turn complex technical work into practical engineering outcomes, strong partner confidence, and clear commercial proof-points. We are building Novomorphic from the ground up. We value technical excellence, ownership, curiosity, collaboration, and practical delivery. The Opportunity This is a senior engineering role for an experienced FPGA and embedded systems engineer who enjoys making complex hardware-based systems work in the real world. You will work across FPGA integration, embedded interfaces, board bring-up, testbenches, hardware/software integration, lab debug and prototype stabilisation. The role is suited to candidates who sit comfortably between FPGA design, embedded systems, electronics and practical system delivery. Role Overview Novomorphic is seeking a Senior FPGA & Embedded Systems Engineer to help deliver FPGA-enabled intelligent hardware platforms and embedded electronic systems. This role is different from a pure RTL design role. You will focus on the full system: FPGA logic, embedded processors, firmware interfaces, sensors, memory maps, hardware bring-up, data paths, lab validation and stable prototype delivery. The role combines FPGA engineering, embedded system integration, hardware debug, test automation, technical documentation and close collaboration with digital design, embedded software, AI and hardware teams. What You Will Do FPGA and Embedded System Integration Integrate FPGA logic with embedded processors, firmware, sensors, memories, host interfaces and external hardware. Develop and refine register maps, memory maps, control interfaces and hardware/software APIs. Implement or support RTL blocks, integration wrappers, interface logic and data movement paths. Support timing, latency, determinism and resource trade-offs in FPGA-enabled systems. Work with embedded firmware engineers to bring up drivers, HALs, diagnostics and control interfaces. Support system-level integration across FPGA, embedded software, AI models, analogue hardware and power electronics. Produce clear interface documentation, bring-up notes, test procedures and review material. Bring-Up, Debug and Validation Bring up FPGA development boards, prototype PCBs and hardware demonstrators in the lab. Create practical testbenches, simulations, regression checks and hardware validation scripts. Debug hardware and firmware issues using oscilloscopes, logic analysers, protocol analysers and on-chip debug tools. Support HIL-style testing, customer demos, grant-funded milestones and internal technical validation. Develop repeatable bring-up and validation workflows that can be reused across projects. Help move prototypes from fragile lab setups to stable engineering demonstrators. Collaboration and Technical Delivery Work closely with FPGA designers, embedded software engineers, hardware engineers, AI engineers and system architects. Participate in technical planning, design reviews, debug reviews and delivery reviews. Identify technical risks early, especially around interfaces, timing, bring-up, stability and test coverage. Mentor junior engineers in practical FPGA, embedded and lab-based engineering methods. Help define good engineering habits for a growing start-up team. What You Will Develop Through the role, you will build and strengthen practical capability in: FPGA-based embedded system architecture Hardware/software interface design Register maps, memory maps and control APIs FPGA bring-up and board-level debug Practical testbench, simulation and regression workflows Embedded processor and SoC FPGA integration Lab instrumentation, diagnostics and prototype validation Real-time and deterministic embedded system behaviour System-level integration across AI, firmware, FPGA and hardware Reusable bring-up, validation, and integration processes What We Are Looking For We are looking for a practical senior engineer who can make complex systems work, not just design isolated blocks. You should be comfortable in the lab, comfortable close to hardware and able to work across FPGA, firmware and system boundaries. Essential Requirements Strong experience with FPGA-based embedded systems. Good VHDL, Verilog or SystemVerilog skills. Experience with FPGA toolchains such as Xilinx/AMD Vivado or similar. Experience with hardware bring-up and lab debugging. Good understanding of embedded processors, firmware interfaces and board-level systems. Experience defining or debugging register maps, memory maps, data paths or control interfaces. Ability to work across multidisciplinary engineering domains. Clear communication and willingness to document technical work properly. Ability to mentor junior engineers and take ownership of technical delivery. Desirable Experience Experience through industry work, research, prototypes, coursework, lab work or practical development in areas such as: SoC FPGA platforms such as Zynq, MPSoC, MicroBlaze, ARM or RISC-V systems Embedded C/C++ for firmware-level debug and integration Python scripting for test automation and lab workflows Industrial, motor-control, communications or edge AI systems Ethernet, SPI, I2C, UART, CAN, PCIe or other protocol experience HIL testing or real-time test environments Debug of sensors, ADCs, DACs, power rails or mixed hardware systems EMC-aware debug and prototype stabilisation Experience building customer demos or proof-of-concept systems Awareness of productisation, documentation and release quality Familiarity with any of the following tools or environments is useful: Xilinx/AMD Vivado ModelSim, Questa or similar simulators Embedded C/C++ development environments Python-based test and automation workflows Oscilloscopes, logic analysers, protocol analysers and bench equipment Git and version control workflows Linux development environments JTAG, UART and hardware debug workflows Previous start-up experience is not required, but strong hands-on engineering experience and practical delivery judgement are important. We Value Engineers Who Take ownership and follow through. Enjoy solving difficult engineering problems. Are curious, practical, and willing to learn quickly. Can work independently without disappearing into a silo. Collaborate well with engineers from different disciplines. Communicate clearly, especially when raising risks or blockers. Are comfortable in a start-up environment where priorities can move quickly. Want to build real engineering capability, not just write documents or papers. What Success Looks Like Early success in this role means: Strong engagement with onboarding, lab work and project delivery. High-quality delivery on assigned FPGA integration, bring-up, test or documentation tasks. Active participation in debug reviews, design reviews and multidisciplinary engineering discussions. Growing ownership of FPGA-enabled embedded systems and prototype stability. Improved bring-up speed, test repeatability and system-level delivery confidence. Meaningful contribution to customer projects, internal platforms and funded innovation programmes. Why Join Novomorphic? At Novomorphic, you will: Work on next-generation semiconductor, edge AI, FPGA and intelligent hardware technologies. Use industry-standard engineering tools and workflows across semiconductor, FPGA, embedded and system design. Learn directly from experienced semiconductor, FPGA, embedded, AI and systems engineers. Contribute to real customer projects, internal platforms, reusable engineering IP and funded innovation programmes. Gain exposure to advanced low-power, intelligent, digital, mixed-signal and compound semiconductor technologies. Help strengthen the UK semiconductor and intelligent hardware ecosystem. Build a long-term career in advanced semiconductor and electronic systems engineering. Benefits Novomorphic's benefits package includes: 28 days' annual leave plus bank holidays Salary sacrifice pension scheme Annual discretionary bonus scheme Life assurance Private medical insurance Additional benefits tailored to employee needs Location and Working Model This role is based in Cardiff, Wales. Working arrangements may vary depending on project and business requirements. Candidates must have the right to work in the UK

Tokamak Energy is a global leader in fusion energy and high temperature superconducting (HTS) technologies. We work with governments and industry to develop and bring fusion and HTS solutions to market through innovation and strategic partnerships. A major part of this is our end to end capability in HTS systems, from design to manufacturing. We are the Magnet Systems Partner for the UK Government's STEP Fusion programme, under a £70million contract running to 2029, working with UK Fusion Energy to deliver HTS magnet systems for the STEP prototype power plant, while also contributing to tokamak systems and plasma integration. Founded in 2009 as a spin out from the UK Atomic Energy Authority, Tokamak Energy is headquartered in Oxfordshire, with subsidiaries in the United States and Japan. Today, we employ over 300 people and have secured more than £280 million in investment. We operate through three divisions: Fusion - Fusion energy technologies, expertise and testbeds for government and private fusion programmes, including ST40, the world's highest field spherical tokamak. TE Magnetics - HTS systems for commercial applications including fusion energy, power distribution, life sciences, and propulsion. Ridgway Machines - Manufacturing equipment for the superconducting, electrical and wider energy sectors, enabling the rapid industrialisation of HTS products. Overview of the role This role focuses on developing real time software that interfaces directly with hardware to control and monitor complex engineering systems. You will build C++ applications running on embedded and Linux based platforms, handling data acquisition, control, and system integration. This is a key hire in a small but growing software team, offering strong ownership and impact on core systems. In this role, you will: Develop C++ software for real time data acquisition and system control Interface directly with hardware using communication protocols such as USB, TCP/IP, SPI, I2C and serial Build tools and interfaces for system monitoring and control Develop backend tooling for data storage, processing, and retrieval Take ownership of core control software within the team Collaborate with electronics engineers and other technical teams Essential Strong C++ development experience Experience building asynchronous or real time systems Comfortable working in a Linux environment Experience interfacing with hardware and communication protocols Familiarity with version control and build systems such as Git and CMake Desirable Embedded Linux or ARM based systems Asynchronous I/O frameworks such as Boost.Asio Real time systems or networking Messaging protocols such as MQTT Experience working with hardware such as FPGAs or microcontrollers Salary range up to £75,000 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 Important information for candidates 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. Pre employment screening 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. Data privacy 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: Equality of opportunity 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 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.

Be visionary Teledyne Technologies Incorporated provides enabling technologies for industrial growth markets that require advanced technology and high reliability. These markets include aerospace and defense, factory automation, air and water quality environmental monitoring, electronics design and development, oceanographic research, deepwater oil and gas exploration and production, medical imaging and pharmaceutical research. Job Summary Platform software engineer working on the platform level of our hardware products. This involves working with both Linux and Android and modifying the standard behaviour to work within our marine environment. You will be involved in the full lifecycle of new products, working closely with other departments (such as hardware and mechanical engineering) to produce vital, high quality and reliable devices for our customers. Primary Duties & Responsibilities Full Linux platform bring up (including bootloader, kernel, drivers and dts files) for our cutting edge products, ensuring optimal performance, reliability and efficiency. Building the Linux root file system and device drivers for various boards. Creating reliable software upgrade processes. Writing scripts and services to ensure the board starts up correctly. Designing and implementing low level drivers, components, and communication protocols for systems in a multi threaded real time environment. Conducting thorough testing and debugging of systems, identifying and resolving software and hardware integration issues. Working closely with the product development team to define software requirements, specifications, and system architecture. Working within an agile environment. Job Qualifications Proven experience as a Senior Platform Software Engineer, with a focus on Linux platform bring up. Familiarity with Yocto and/or Buildroot. Proficiency in debugging tools and techniques, including use of scope probe when required. Solid understanding of hardware design principles and ability to read schematics. Android platform experience would be beneficial but is not required. Experience with various Linux capable processors. Excellent problem solving skills and attention to detail. Excellent collaboration and communication skills. Ability to be on site at least 4 days per week. This position requires access to export controlled information or items (i.e. regulated technology or technical data per ITAR/EAR US regulations). Applicants must be eligible to apply for and obtain the appropriate export control license from the U.S. Departments of State or Commerce. Teledyne and all of our employees are committed to conducting business with the highest ethical standards. We require all employees to comply with all applicable laws, regulations, rules and regulatory orders. Our reputation for honesty, integrity and high ethics is as important to us as our reputation for making innovative sensing solutions.

Job Function: Technical Senior macOS Software Engineer Shape the Future of Scientific Discovery At Oxford Instruments Andor, we are pushing the boundaries of what is possible in scientific imaging. As a global leader in high-performance light measuring solutions, we combine cutting edge developments in sensors, electronics, optics and software to create technology that enables some of the world's most important scientific breakthroughs. Our low light imaging cameras, spectroscopy solutions and microscopy systems help researchers develop cancer treatments, explore the depths of space, and advance clean energy innovations. We are experts in measuring light down to a single photon and capturing events occurring within one billionth of a second. The Opportunity We are seeking an experienced Senior macOS Software Engineer to take ownership of the macOS architecture for our commercial software products. This is a highly technical role where you'll ensure our sophisticated C++ image analysis and 3D rendering applications perform seamlessly across Apple's hardware ecosystem. You'll drive performance, reliability and scalability while maintaining cross platform compatibility and leveraging the latest macOS technologies. You'll work alongside talented software engineers, scientists and product teams to deliver innovative solutions that directly enable world leading research and discovery. What You Will Do Architect, design, develop and maintain native macOS application features and cross platform C++ core libraries. Lead the development and optimisation of software for Apple Silicon and the wider macOS ecosystem. Resolve complex platform specific challenges involving rendering, memory management and multi threading. Deliver robust, scalable and maintainable solutions to technically demanding problems. Drive continuous improvement across software development, testing and deployment processes. Manage and optimise Xcode builds, CMake configurations and macOS CI/CD pipelines. Gather requirements and contribute to the development of both new and legacy products. Support internal teams and external customers with Mac specific deployments and technical issues. Participate in technical investigations, innovation initiatives and architectural decisions. Collaborate effectively within Agile development teams. Occasionally travel to other Andor offices and customer sites when required. What We Are Looking For Degree in Software Engineering, Physics, Computer Science or related discipline (or equivalent experience). Minimum 5 years' experience in a software development role. Strong proficiency in C++ and object oriented software design. Deep understanding of the macOS ecosystem, Apple Silicon architecture, Xcode, build pipelines and memory profiling tools. Strong experience with Git, source control systems and collaborative development practices. Experience across the full software development lifecycle, from requirements gathering through testing and support. Strong knowledge of software architecture, design patterns and Clean Code principles. Excellent understanding of data structures, algorithms and computational complexity. Knowledge of Agile software development methodologies. Proven ability to learn quickly, take initiative and solve complex technical problems. Experience with cross platform UI frameworks such as Qt. Experience transitioning and supporting cross platform applications on macOS. Knowledge of computer vision, image analysis or scientific imaging applications. Experience within Life Sciences, scientific software or related domains. Awareness of cybersecurity principles and secure software development practices. About You Enjoy solving challenging technical problems and working at a deep system level. Take ownership and accountability for delivering results. Balance strategic thinking with hands on technical execution. Communicate effectively and influence technical decisions. Adapt quickly when priorities change. Collaborate openly and support colleagues across teams. Challenge existing approaches and actively contribute to continuous improvement. Have a passion for quality, innovation and engineering excellence. We Value Potential, we know that no candidate will meet every requirement listed. If you are excited by the opportunity and believe your skills, experience and passion could make an impact, we welcome applications from individuals whose experience may not align perfectly with every criterion. This permanent position is based at our headquarters in Belfast or remotely within the UK. Please note that Oxford Instruments Andor is unable to provide visa sponsorship for these roles. Applicants must have the right to live and work in the UK at the time of application. Closing Date Closing date for receipt of completed applications is midnight on Sunday 26th July 2026. Why Join Andor? Meaningful work supporting world leading scientific research The opportunity to influence the architecture of complex, high performance software products Flexible remote working within the UK Exposure to cutting edge imaging, spectroscopy and microscopy technologies A collaborative and supportive engineering culture Career development within Andor and the wider Oxford Instruments Group Money & Lifestyle Share Incentive Plan Leave Purchase Scheme Cycle to Work Scheme Car Salary Exchange Scheme Employee Discount Scheme Free On site Parking Accredited learning and development programmes Career progression opportunities across the Oxford Instruments Group Long Service Awards Work-Life Balance 187.5 hours annual leave plus 9 customary holidays Early finish every Friday Enhanced maternity and paternity pay Our Commitment to Inclusion Oxford Instruments Andor is committed to creating a diverse, equitable and inclusive workplace where everyone feels valued and empowered to succeed. We welcome applications from all backgrounds and particularly encourage applications from groups who are currently underrepresented within our workforce.

At CoMind, we are developing a non-invasive neuromonitoring technology that will result in a new era of clinical brain monitoring. In joining us, you will be helping to create cutting edge technologies that will improve how we diagnose and treat brain disorders, ultimately improving and saving the lives of patients across the world. The Role: As the FPGA Architect, you will own the design, architecture, and development of the FPGA systems at the core of our neuromonitoring device. As a recognised Subject Matter Expert in FPGA design principles you'll build the real time data acquisition, digital signal processing, and high speed communication systems that turn optical signals into the physiological data clinicians depend on. This is a senior technical role with full ownership - from early architecture decisions through to manufacturing release - working alongside electronics, software, mechanical, and optics engineers in a regulated medical device development environment. You will be a key member of the Hardware Engineering team responsible for the hardware for CoMind's medical devices - from precision analogue circuits and high speed digital systems, to FPGAs for data acquisition, control and signal processing, and PCB design through to mechanical enclosures, optical assemblies and consumable sensors. At CoMind, all team members work at least 4 days per week from our new Kings Cross offices, plus a flexible work from home day. Responsibilities: Lead the end to end architecture, design, development, and verification of FPGA systems across the full product lifecycle Define FPGA system architecture from product and clinical requirements, including clocking, reset, memory, and interface strategies Select appropriate Xilinx FPGA/SoC platforms (e.g., Zynq, UltraScale+) and drive design trade offs across performance, power, cost, and reliability Build real time data acquisition pipelines, DSP subsystems, and high speed communication interfaces in Verilog/VHDL Lead RTL design, microarchitecture definition, timing closure, and resource optimisation in Vivado Define and drive verification and validation strategy, including simulation, hardware in the loop testing, and timing/power analysis Use Xilinx debugging tools (ILA, VIO, etc.) to support hardware bring up and lab validation Collaborate cross functionally with electronics, software, mechanical, and optics teams to integrate FPGA subsystems into the wider product Lead design reviews, architecture discussions, and technical risk assessments Ensure FPGA solutions are scalable, testable, and cost effective for volume manufacturing Maintain design documentation and traceability in line with medical device regulatory requirements (FMEA, hazard analysis) Mentor engineers as the team grows AI is fundamental to our culture - it's not just a tool, but a core part of how we work, collaborate, and innovate. We expect all team members to embrace AI in their daily work and continuously find new ways to use it effectively. Skills & Experience: 10+ years of FPGA development on products that made it to market Experience with safety critical design practices, including single fault failure analysis and fail safe techniques Strong proficiency in Verilog or VHDL for RTL design Hands on experience with Xilinx Vivado and Siemens' QuestaSim (synthesis, implementation, simulation, and debug) Experience with high speed interfaces such as JESD204B, PCIe, DDR, or high speed serial transceivers up to 10Gbps lane rates Proven DSP implementation on FPGAs - filtering, spectral analysis, real time processing Full FPGA lifecycle experience: architecture, design, verification, integration, and production support Experience bringing hardware from prototype to production Experience in medical device development or regulated industries (e.g. IEC 62304, ISO 13485 or other applicable standards) Nice to have: Familiarity with optoelectronic systems or instrumentation Experience with Xilinx UltraScale+ or similar high performance platforms Exposure to hardware control loops and real time closed loop systems Experience mentoring or technically leading other FPGA engineers Benefits: Company equity plan so all employees share in the success of the company Salary sacrifice pension scheme Private medical, dental and vision insurance (medical history disregarded) Group life assurance at 4x annual income Comprehensive mental health support, including unlimited access to 1:1 sessions with trained professionals Unlimited holiday allowance (+ bank holidays) and one week of remote working per quarter Lunch voucher (£10) every day for JustEat and free dinner on those days where you need to work later Twice weekly deliveries of fresh fruit and an extensive selection of snacks and drinks YuLife subscription, allowing you to turn your daily steps and meditation into discounts at a range of stores