Senior Java Software Engineer (Contractor) UK-Based Fully Remote Outside IR35 Contract to Dec 2026 We are supporting a global engineering and technology organisation in the search for a Senior Java Software Engineer (Contractor) to join their Performance Engineering & Research team. This is a fully remote opportunity (UK-based candidates only) working on robust, scalable software that supports sophisticated control algorithms and performance optimisation systems. The Role You will design, build and maintain efficient, high-performance Java applications, contributing across the full software development lifecycle including: Requirements analysis and system design Development and implementation Testing and deployment CI/CD and automation improvements Technical documentation Working under the guidance of the Principal Performance Engineer, you will collaborate with solution design, integration, simulation and delivery teams globally. What We re Looking For Minimum 5 years professional Java development experience Strong understanding of OOP, design patterns and software architecture principles Proven experience delivering scalable, maintainable systems Experience with version control (Git) and CI/CD tools (e.g., Jenkins) Exposure to containerisation and logging technologies (e.g., Docker, ELK) Strong analytical and problem-solving capability Excellent communication skills Nice to have: Experience within logistics, WMS or warehouse automation however strong Java developers from any industry will be considered. Contract Details Fully remote (UK-based candidates only) Outside IR35 Contract funded through December 2026 Full-time engagement ASAP start No predefined rate band quality is prioritised ATA is committed to creating a diverse workforce and is an equal opportunities employer. We welcome applications from all suitably qualified persons regardless of age, disability, gender, marriage and civil partnership, pregnancy and maternity, race, religion or belief, sex, and sexual orientation
03/03/2026
Contractor
Senior Java Software Engineer (Contractor) UK-Based Fully Remote Outside IR35 Contract to Dec 2026 We are supporting a global engineering and technology organisation in the search for a Senior Java Software Engineer (Contractor) to join their Performance Engineering & Research team. This is a fully remote opportunity (UK-based candidates only) working on robust, scalable software that supports sophisticated control algorithms and performance optimisation systems. The Role You will design, build and maintain efficient, high-performance Java applications, contributing across the full software development lifecycle including: Requirements analysis and system design Development and implementation Testing and deployment CI/CD and automation improvements Technical documentation Working under the guidance of the Principal Performance Engineer, you will collaborate with solution design, integration, simulation and delivery teams globally. What We re Looking For Minimum 5 years professional Java development experience Strong understanding of OOP, design patterns and software architecture principles Proven experience delivering scalable, maintainable systems Experience with version control (Git) and CI/CD tools (e.g., Jenkins) Exposure to containerisation and logging technologies (e.g., Docker, ELK) Strong analytical and problem-solving capability Excellent communication skills Nice to have: Experience within logistics, WMS or warehouse automation however strong Java developers from any industry will be considered. Contract Details Fully remote (UK-based candidates only) Outside IR35 Contract funded through December 2026 Full-time engagement ASAP start No predefined rate band quality is prioritised ATA is committed to creating a diverse workforce and is an equal opportunities employer. We welcome applications from all suitably qualified persons regardless of age, disability, gender, marriage and civil partnership, pregnancy and maternity, race, religion or belief, sex, and sexual orientation
Job title: Principal Software Engineer - Autonomy Location: Fareham, Hampshire Responsible to: Autonomy & Control Director Liaison with: All staff, sub-contractors, customers, and suppliers Role overview: To lead the software development of a high-level autonomy capability to be deployed to autonomous vehicles. This is a diverse R&D-led role covering vessel guidance, mission frameworks and behaviours, obstacle avoidance, and other high-level capabilities including modern AI techniques. Most development will require strong expertise with C++, Python, ROS/ROS2, DDS, and embedded Linux environments. You will be responsible for designing, implementing, and optimising autonomy algorithms and systems in both experimental and production settings. You should be comfortable handling complex workloads across R&D, prototyping, and mission-critical production deployments. Primary responsibilities include, but are not limited to: Lead the development and implementation of high-level autonomous behaviours for unmanned vehicles. Design and optimise algorithms for obstacle avoidance, path planning, and mission-level autonomy. Work extensively with ROS2, DDS, and Linux-based systems to develop robust autonomy software. Collaborate with cross-functional teams, including perception, navigation, and hardware engineers, to integrate autonomy solutions. Develop and maintain high-quality, well-documented code using C++ and Python. Conduct rigorous testing and validation of autonomy software in both simulated and real-world environments. Provide technical leadership, mentoring, and guidance to junior engineers and researchers. Balance R&D experimentation with production-level software deployment and optimisation. PERSON SPECIFICIATION Essential skills, knowledge and experience: Extensive experience in C++, with a focus on software architecture and algorithms. Strong understanding of autonomous system design, including motion planning, state estimation, and behaviour-based control. Experience working with Linux, including system-level debugging and performance tuning. Solid knowledge of real-time systems, distributed computing, and middleware communication frameworks. Experience developing and deploying software in an R&D and production environment. Excellent problem-solving skills with the ability to innovate and iterate on autonomy algorithms. Strong verbal and written communication skills, capable of conveying complex technical ideas clearly. Desirable skills, knowledge and experience: Proven expertise in ROS or ROS2 and/or DDS based systems, Python. Experience with sensor fusion techniques (LIDAR, RADAR, cameras, IMUs). Knowledge of deep learning-based perception for autonomous systems. Experience with simulation tools such as Gazebo, CARLA, or Unreal Engine. Familiarity with real-time and embedded systems. Familiarity with cloud-based robotics and containerization (Docker, Kubernetes). Familiarity with PX4 and MAVLink based flight control systems. Previous work in the defence, aerospace, or maritime autonomy sectors. Key behaviours that align with our commitment to excellence, collaboration and efficiency within the workplace: To be punctual and manage workload effectively to meet deadlines and priorities. Clearly convey ideas and information while actively listening to others. Work well with colleagues to achieve common goals and support team members as needed. Identify issues and develop practical solutions in a timely manner. Maintain a high standard of conduct, respecting confidentiality and addressing challenges respectfully. Ensure work is accurate, thorough and free from errors through careful review. Take ownership of tasks, following through on commitments. Maintain professionalism in client interactions. General accountabilities and responsibilities: To use personal judgement and initiative to develop effective and constructive solutions to challenges and obstacles in day-to-day activities and procedures within the specified role To maintain personal ability in, and appropriate use of, all relevant IT (Information and Technology) and other systems required to adequately perform the role To act ethically, with integrity and in the best interest of the business at all times To maintain a professional and supportive relationship with team members and other departments to deliver business objectives or deadlines To carry out any other duties as detailed by a member of the senior management team or authorised representative To keep good time management to minimise any wasted time and maximise productivity and effectiveness Health & Safety responsibilities: To ensure that the working area is a clean and a safe environment in compliance with the best practice and health and safety policies To ensure any equipment used is safe, within electrical test date and all guards and interlocks are working and in place To act safely and responsibly in line with company processes and Health and Safety procedures to ensure your safety and the safety of others To report any potential Health and safety hazards or violations to your line manager or directly to the QHSE Manager To ensure any PPE or work wear required or provided for the job is worn and checked regularly for wear and then reported when replacements required
26/02/2026
Full time
Job title: Principal Software Engineer - Autonomy Location: Fareham, Hampshire Responsible to: Autonomy & Control Director Liaison with: All staff, sub-contractors, customers, and suppliers Role overview: To lead the software development of a high-level autonomy capability to be deployed to autonomous vehicles. This is a diverse R&D-led role covering vessel guidance, mission frameworks and behaviours, obstacle avoidance, and other high-level capabilities including modern AI techniques. Most development will require strong expertise with C++, Python, ROS/ROS2, DDS, and embedded Linux environments. You will be responsible for designing, implementing, and optimising autonomy algorithms and systems in both experimental and production settings. You should be comfortable handling complex workloads across R&D, prototyping, and mission-critical production deployments. Primary responsibilities include, but are not limited to: Lead the development and implementation of high-level autonomous behaviours for unmanned vehicles. Design and optimise algorithms for obstacle avoidance, path planning, and mission-level autonomy. Work extensively with ROS2, DDS, and Linux-based systems to develop robust autonomy software. Collaborate with cross-functional teams, including perception, navigation, and hardware engineers, to integrate autonomy solutions. Develop and maintain high-quality, well-documented code using C++ and Python. Conduct rigorous testing and validation of autonomy software in both simulated and real-world environments. Provide technical leadership, mentoring, and guidance to junior engineers and researchers. Balance R&D experimentation with production-level software deployment and optimisation. PERSON SPECIFICIATION Essential skills, knowledge and experience: Extensive experience in C++, with a focus on software architecture and algorithms. Strong understanding of autonomous system design, including motion planning, state estimation, and behaviour-based control. Experience working with Linux, including system-level debugging and performance tuning. Solid knowledge of real-time systems, distributed computing, and middleware communication frameworks. Experience developing and deploying software in an R&D and production environment. Excellent problem-solving skills with the ability to innovate and iterate on autonomy algorithms. Strong verbal and written communication skills, capable of conveying complex technical ideas clearly. Desirable skills, knowledge and experience: Proven expertise in ROS or ROS2 and/or DDS based systems, Python. Experience with sensor fusion techniques (LIDAR, RADAR, cameras, IMUs). Knowledge of deep learning-based perception for autonomous systems. Experience with simulation tools such as Gazebo, CARLA, or Unreal Engine. Familiarity with real-time and embedded systems. Familiarity with cloud-based robotics and containerization (Docker, Kubernetes). Familiarity with PX4 and MAVLink based flight control systems. Previous work in the defence, aerospace, or maritime autonomy sectors. Key behaviours that align with our commitment to excellence, collaboration and efficiency within the workplace: To be punctual and manage workload effectively to meet deadlines and priorities. Clearly convey ideas and information while actively listening to others. Work well with colleagues to achieve common goals and support team members as needed. Identify issues and develop practical solutions in a timely manner. Maintain a high standard of conduct, respecting confidentiality and addressing challenges respectfully. Ensure work is accurate, thorough and free from errors through careful review. Take ownership of tasks, following through on commitments. Maintain professionalism in client interactions. General accountabilities and responsibilities: To use personal judgement and initiative to develop effective and constructive solutions to challenges and obstacles in day-to-day activities and procedures within the specified role To maintain personal ability in, and appropriate use of, all relevant IT (Information and Technology) and other systems required to adequately perform the role To act ethically, with integrity and in the best interest of the business at all times To maintain a professional and supportive relationship with team members and other departments to deliver business objectives or deadlines To carry out any other duties as detailed by a member of the senior management team or authorised representative To keep good time management to minimise any wasted time and maximise productivity and effectiveness Health & Safety responsibilities: To ensure that the working area is a clean and a safe environment in compliance with the best practice and health and safety policies To ensure any equipment used is safe, within electrical test date and all guards and interlocks are working and in place To act safely and responsibly in line with company processes and Health and Safety procedures to ensure your safety and the safety of others To report any potential Health and safety hazards or violations to your line manager or directly to the QHSE Manager To ensure any PPE or work wear required or provided for the job is worn and checked regularly for wear and then reported when replacements required
Job title: Principal Software Engineer - Autonomy Location: Fareham, Hampshire Responsible to: Autonomy & Control Director Liaison with: All Kraken staff, sub-contractors, customers, and suppliers Role overview: To lead the software development of a high-level autonomy capability to be deployed to all Kraken autonomous vehicles. This is a diverse R&D-led role covering vessel guidance, mission frameworks and behaviours, obstacle avoidance, and other high-level capabilities including modern AI techniques. Most development will require strong expertise with C++, Python, ROS/ROS2, DDS, and embedded Linux environments. You will be responsible for designing, implementing, and optimising autonomy algorithms and systems in both experimental and production settings. You should be comfortable handling complex workloads across R&D, prototyping, and mission-critical production deployments. Primary responsibilities include, but are not limited to: Lead the development and implementation of high-level autonomous behaviours for unmanned vehicles. Design and optimise algorithms for obstacle avoidance, path planning, and mission-level autonomy. Work extensively with ROS2, DDS, and Linux-based systems to develop robust autonomy software. Collaborate with cross-functional teams, including perception, navigation, and hardware engineers, to integrate autonomy solutions. Develop and maintain high-quality, well-documented code using C++ and Python. Conduct rigorous testing and validation of autonomy software in both simulated and real-world environments. Provide technical leadership, mentoring, and guidance to junior engineers and researchers. Balance R&D experimentation with production-level software deployment and optimisation. PERSON SPECIFICIATION Essential skills, knowledge and experience: Extensive experience in C++, with a focus on software architecture and algorithms. Strong understanding of autonomous system design, including motion planning, state estimation, and behaviour-based control. Experience working with Linux, including system-level debugging and performance tuning. Solid knowledge of real-time systems, distributed computing, and middleware communication frameworks. Experience developing and deploying software in an R&D and production environment. Excellent problem-solving skills with the ability to innovate and iterate on autonomy algorithms. Strong verbal and written communication skills, capable of conveying complex technical ideas clearly. Desirable skills, knowledge and experience: Proven expertise in ROS or ROS2 and/or DDS based systems, Python. Experience with sensor fusion techniques (LIDAR, RADAR, cameras, IMUs). Knowledge of deep learning-based perception for autonomous systems. Experience with simulation tools such as Gazebo, CARLA, or Unreal Engine. Familiarity with real-time and embedded systems. Familiarity with cloud-based robotics and containerization (Docker, Kubernetes). Familiarity with PX4 and MAVLink based flight control systems. Previous work in the defence, aerospace, or maritime autonomy sectors. Key behaviours that align with our commitment to excellence, collaboration and efficiency within the workplace: To be punctual and manage workload effectively to meet deadlines and priorities. Clearly convey ideas and information while actively listening to others. Work well with colleagues to achieve common goals and support team members as needed. Identify issues and develop practical solutions in a timely manner. Maintain a high standard of conduct, respecting confidentiality and addressing challenges respectfully. Ensure work is accurate, thorough and free from errors through careful review. Take ownership of tasks, following through on commitments. Maintain professionalism in client interactions. General accountabilities and responsibilities: To use personal judgement and initiative to develop effective and constructive solutions to challenges and obstacles in day-to-day activities and procedures within the specified role To maintain personal ability in, and appropriate use of, all relevant IT (Information and Technology) and other systems required to adequately perform the role To act ethically, with integrity and in the best interest of the business at all times To maintain a professional and supportive relationship with team members and other departments to deliver business objectives or deadlines To carry out any other duties as detailed by a member of the senior management team or authorised representative To keep good time management to minimise any wasted time and maximise productivity and effectiveness Health & Safety responsibilities: To ensure that the working area is a clean and a safe environment in compliance with the best practice and health and safety policies To ensure any equipment used is safe, within electrical test date and all guards and interlocks are working and in place To act safely and responsibly in line with company processes and Health and Safety procedures to ensure your safety and the safety of others To report any potential Health and safety hazards or violations to your line manager or directly to the QHSE Manager To ensure any PPE or work wear required or provided for the job is worn and checked regularly for wear and then reported when replacements required
26/02/2026
Full time
Job title: Principal Software Engineer - Autonomy Location: Fareham, Hampshire Responsible to: Autonomy & Control Director Liaison with: All Kraken staff, sub-contractors, customers, and suppliers Role overview: To lead the software development of a high-level autonomy capability to be deployed to all Kraken autonomous vehicles. This is a diverse R&D-led role covering vessel guidance, mission frameworks and behaviours, obstacle avoidance, and other high-level capabilities including modern AI techniques. Most development will require strong expertise with C++, Python, ROS/ROS2, DDS, and embedded Linux environments. You will be responsible for designing, implementing, and optimising autonomy algorithms and systems in both experimental and production settings. You should be comfortable handling complex workloads across R&D, prototyping, and mission-critical production deployments. Primary responsibilities include, but are not limited to: Lead the development and implementation of high-level autonomous behaviours for unmanned vehicles. Design and optimise algorithms for obstacle avoidance, path planning, and mission-level autonomy. Work extensively with ROS2, DDS, and Linux-based systems to develop robust autonomy software. Collaborate with cross-functional teams, including perception, navigation, and hardware engineers, to integrate autonomy solutions. Develop and maintain high-quality, well-documented code using C++ and Python. Conduct rigorous testing and validation of autonomy software in both simulated and real-world environments. Provide technical leadership, mentoring, and guidance to junior engineers and researchers. Balance R&D experimentation with production-level software deployment and optimisation. PERSON SPECIFICIATION Essential skills, knowledge and experience: Extensive experience in C++, with a focus on software architecture and algorithms. Strong understanding of autonomous system design, including motion planning, state estimation, and behaviour-based control. Experience working with Linux, including system-level debugging and performance tuning. Solid knowledge of real-time systems, distributed computing, and middleware communication frameworks. Experience developing and deploying software in an R&D and production environment. Excellent problem-solving skills with the ability to innovate and iterate on autonomy algorithms. Strong verbal and written communication skills, capable of conveying complex technical ideas clearly. Desirable skills, knowledge and experience: Proven expertise in ROS or ROS2 and/or DDS based systems, Python. Experience with sensor fusion techniques (LIDAR, RADAR, cameras, IMUs). Knowledge of deep learning-based perception for autonomous systems. Experience with simulation tools such as Gazebo, CARLA, or Unreal Engine. Familiarity with real-time and embedded systems. Familiarity with cloud-based robotics and containerization (Docker, Kubernetes). Familiarity with PX4 and MAVLink based flight control systems. Previous work in the defence, aerospace, or maritime autonomy sectors. Key behaviours that align with our commitment to excellence, collaboration and efficiency within the workplace: To be punctual and manage workload effectively to meet deadlines and priorities. Clearly convey ideas and information while actively listening to others. Work well with colleagues to achieve common goals and support team members as needed. Identify issues and develop practical solutions in a timely manner. Maintain a high standard of conduct, respecting confidentiality and addressing challenges respectfully. Ensure work is accurate, thorough and free from errors through careful review. Take ownership of tasks, following through on commitments. Maintain professionalism in client interactions. General accountabilities and responsibilities: To use personal judgement and initiative to develop effective and constructive solutions to challenges and obstacles in day-to-day activities and procedures within the specified role To maintain personal ability in, and appropriate use of, all relevant IT (Information and Technology) and other systems required to adequately perform the role To act ethically, with integrity and in the best interest of the business at all times To maintain a professional and supportive relationship with team members and other departments to deliver business objectives or deadlines To carry out any other duties as detailed by a member of the senior management team or authorised representative To keep good time management to minimise any wasted time and maximise productivity and effectiveness Health & Safety responsibilities: To ensure that the working area is a clean and a safe environment in compliance with the best practice and health and safety policies To ensure any equipment used is safe, within electrical test date and all guards and interlocks are working and in place To act safely and responsibly in line with company processes and Health and Safety procedures to ensure your safety and the safety of others To report any potential Health and safety hazards or violations to your line manager or directly to the QHSE Manager To ensure any PPE or work wear required or provided for the job is worn and checked regularly for wear and then reported when replacements required
Job title: Principal Software Engineer - Autonomy Location: Fareham, Hampshire Responsible to: Autonomy & Control Director Liaison with: All Kraken staff, sub-contractors, customers, and suppliers Role overview: To lead the software development of a high-level autonomy capability to be deployed to all Kraken autonomous vehicles. This is a diverse R&D-led role covering vessel guidance, mission frameworks and behaviours, obstacle avoidance, and other high-level capabilities including modern AI techniques. Most development will require strong expertise with C++, Python, ROS/ROS2, DDS, and embedded Linux environments. You will be responsible for designing, implementing, and optimising autonomy algorithms and systems in both experimental and production settings. You should be comfortable handling complex workloads across R&D, prototyping, and mission-critical production deployments. Primary responsibilities include, but are not limited to: Lead the development and implementation of high-level autonomous behaviours for unmanned vehicles. Design and optimise algorithms for obstacle avoidance, path planning, and mission-level autonomy. Work extensively with ROS2, DDS, and Linux-based systems to develop robust autonomy software. Collaborate with cross-functional teams, including perception, navigation, and hardware engineers, to integrate autonomy solutions. Develop and maintain high-quality, well-documented code using C++ and Python. Conduct rigorous testing and validation of autonomy software in both simulated and real-world environments. Provide technical leadership, mentoring, and guidance to junior engineers and researchers. Balance R&D experimentation with production-level software deployment and optimisation. PERSON SPECIFICIATION Essential skills, knowledge and experience: Extensive experience in C++, with a focus on software architecture and algorithms. Strong understanding of autonomous system design, including motion planning, state estimation, and behaviour-based control. Experience working with Linux, including system-level debugging and performance tuning. Solid knowledge of real-time systems, distributed computing, and middleware communication frameworks. Experience developing and deploying software in an R&D and production environment. Excellent problem-solving skills with the ability to innovate and iterate on autonomy algorithms. Strong verbal and written communication skills, capable of conveying complex technical ideas clearly. Desirable skills, knowledge and experience: Proven expertise in ROS or ROS2 and/or DDS based systems, Python. Experience with sensor fusion techniques (LIDAR, RADAR, cameras, IMUs). Knowledge of deep learning-based perception for autonomous systems. Experience with simulation tools such as Gazebo, CARLA, or Unreal Engine. Familiarity with real-time and embedded systems. Familiarity with cloud-based robotics and containerization (Docker, Kubernetes). Familiarity with PX4 and MAVLink based flight control systems. Previous work in the defence, aerospace, or maritime autonomy sectors. Key behaviours that align with our commitment to excellence, collaboration and efficiency within the workplace: To be punctual and manage workload effectively to meet deadlines and priorities. Clearly convey ideas and information while actively listening to others. Work well with colleagues to achieve common goals and support team members as needed. Identify issues and develop practical solutions in a timely manner. Maintain a high standard of conduct, respecting confidentiality and addressing challenges respectfully. Ensure work is accurate, thorough and free from errors through careful review. Take ownership of tasks, following through on commitments. Maintain professionalism in client interactions. General accountabilities and responsibilities: To use personal judgement and initiative to develop effective and constructive solutions to challenges and obstacles in day-to-day activities and procedures within the specified role To maintain personal ability in, and appropriate use of, all relevant IT (Information and Technology) and other systems required to adequately perform the role To act ethically, with integrity and in the best interest of the business at all times To maintain a professional and supportive relationship with team members and other departments to deliver business objectives or deadlines To carry out any other duties as detailed by a member of the senior management team or authorised representative To keep good time management to minimise any wasted time and maximise productivity and effectiveness Health & Safety responsibilities: To ensure that the working area is a clean and a safe environment in compliance with the best practice and health and safety policies To ensure any equipment used is safe, within electrical test date and all guards and interlocks are working and in place To act safely and responsibly in line with company processes and Health and Safety procedures to ensure your safety and the safety of others To report any potential Health and safety hazards or violations to your line manager or directly to the QHSE Manager To ensure any PPE or work wear required or provided for the job is worn and checked regularly for wear and then reported when replacements required
26/02/2026
Full time
Job title: Principal Software Engineer - Autonomy Location: Fareham, Hampshire Responsible to: Autonomy & Control Director Liaison with: All Kraken staff, sub-contractors, customers, and suppliers Role overview: To lead the software development of a high-level autonomy capability to be deployed to all Kraken autonomous vehicles. This is a diverse R&D-led role covering vessel guidance, mission frameworks and behaviours, obstacle avoidance, and other high-level capabilities including modern AI techniques. Most development will require strong expertise with C++, Python, ROS/ROS2, DDS, and embedded Linux environments. You will be responsible for designing, implementing, and optimising autonomy algorithms and systems in both experimental and production settings. You should be comfortable handling complex workloads across R&D, prototyping, and mission-critical production deployments. Primary responsibilities include, but are not limited to: Lead the development and implementation of high-level autonomous behaviours for unmanned vehicles. Design and optimise algorithms for obstacle avoidance, path planning, and mission-level autonomy. Work extensively with ROS2, DDS, and Linux-based systems to develop robust autonomy software. Collaborate with cross-functional teams, including perception, navigation, and hardware engineers, to integrate autonomy solutions. Develop and maintain high-quality, well-documented code using C++ and Python. Conduct rigorous testing and validation of autonomy software in both simulated and real-world environments. Provide technical leadership, mentoring, and guidance to junior engineers and researchers. Balance R&D experimentation with production-level software deployment and optimisation. PERSON SPECIFICIATION Essential skills, knowledge and experience: Extensive experience in C++, with a focus on software architecture and algorithms. Strong understanding of autonomous system design, including motion planning, state estimation, and behaviour-based control. Experience working with Linux, including system-level debugging and performance tuning. Solid knowledge of real-time systems, distributed computing, and middleware communication frameworks. Experience developing and deploying software in an R&D and production environment. Excellent problem-solving skills with the ability to innovate and iterate on autonomy algorithms. Strong verbal and written communication skills, capable of conveying complex technical ideas clearly. Desirable skills, knowledge and experience: Proven expertise in ROS or ROS2 and/or DDS based systems, Python. Experience with sensor fusion techniques (LIDAR, RADAR, cameras, IMUs). Knowledge of deep learning-based perception for autonomous systems. Experience with simulation tools such as Gazebo, CARLA, or Unreal Engine. Familiarity with real-time and embedded systems. Familiarity with cloud-based robotics and containerization (Docker, Kubernetes). Familiarity with PX4 and MAVLink based flight control systems. Previous work in the defence, aerospace, or maritime autonomy sectors. Key behaviours that align with our commitment to excellence, collaboration and efficiency within the workplace: To be punctual and manage workload effectively to meet deadlines and priorities. Clearly convey ideas and information while actively listening to others. Work well with colleagues to achieve common goals and support team members as needed. Identify issues and develop practical solutions in a timely manner. Maintain a high standard of conduct, respecting confidentiality and addressing challenges respectfully. Ensure work is accurate, thorough and free from errors through careful review. Take ownership of tasks, following through on commitments. Maintain professionalism in client interactions. General accountabilities and responsibilities: To use personal judgement and initiative to develop effective and constructive solutions to challenges and obstacles in day-to-day activities and procedures within the specified role To maintain personal ability in, and appropriate use of, all relevant IT (Information and Technology) and other systems required to adequately perform the role To act ethically, with integrity and in the best interest of the business at all times To maintain a professional and supportive relationship with team members and other departments to deliver business objectives or deadlines To carry out any other duties as detailed by a member of the senior management team or authorised representative To keep good time management to minimise any wasted time and maximise productivity and effectiveness Health & Safety responsibilities: To ensure that the working area is a clean and a safe environment in compliance with the best practice and health and safety policies To ensure any equipment used is safe, within electrical test date and all guards and interlocks are working and in place To act safely and responsibly in line with company processes and Health and Safety procedures to ensure your safety and the safety of others To report any potential Health and safety hazards or violations to your line manager or directly to the QHSE Manager To ensure any PPE or work wear required or provided for the job is worn and checked regularly for wear and then reported when replacements required
Principal Systems Engineer(Software/Simulation) Portsmouth-Broad Oak Competitive Salary + 10-20% Bonus My client a multinational Aerospace & Defence organisation are looking for a Principal Systems Engineer to join their team working on a hybrid basis. You will join the clients Simulation and Training sector at Broad Oak Works Portsmouth, part of the Maritime and Land Defence Solutions business, working on the MIMESIS product. As a System Technical Lead within the MIMESIS team, you will have technical responsibility for the design and development of new modules/content for the product, reviewing and approving lower level documentation. You will also provide technical guidance to the engineering team, working closely with System Design Authority, to develop and support MIMESIS for their customers. What you'll be doing: Provide hands-on technical leadership with a team of systems and software engineers, and directly support the product System Design Authority Apply the principles of Systems Engineering to develop software-based Simulation Systems across the full engineering lifecycle Undertake Simulation Systems equipment design, network design and software design Lead requirement decomposition and manage specifications using tools like IBM DOORS Next Direct architectural modelling and interface definitions in tools such as CATIA Magic (Cameo) Drive system integration and define acceptance strategies for software-based systems Lead technical reviews and ensure compliance with customer, legislative & business requirements Your skills and experiences: Demonstrable experience of the application of Systems Engineering for software-based products Expertise in Systems Engineering and Software integration lifecycle principles (ISO 15288 and 12207) Strong background in requirements management (e.g., IBM DOORS Next - desirable) Familiarity with engineering lifecycle models (Waterfall & Agile) and tools (e.g. JIRA) Background in software development and integration Technical leadership and ability to guide teams across disciplines to shape design solutions To apply for this role please forward your CV to Peter Bibby on the email address below
19/02/2026
Full time
Principal Systems Engineer(Software/Simulation) Portsmouth-Broad Oak Competitive Salary + 10-20% Bonus My client a multinational Aerospace & Defence organisation are looking for a Principal Systems Engineer to join their team working on a hybrid basis. You will join the clients Simulation and Training sector at Broad Oak Works Portsmouth, part of the Maritime and Land Defence Solutions business, working on the MIMESIS product. As a System Technical Lead within the MIMESIS team, you will have technical responsibility for the design and development of new modules/content for the product, reviewing and approving lower level documentation. You will also provide technical guidance to the engineering team, working closely with System Design Authority, to develop and support MIMESIS for their customers. What you'll be doing: Provide hands-on technical leadership with a team of systems and software engineers, and directly support the product System Design Authority Apply the principles of Systems Engineering to develop software-based Simulation Systems across the full engineering lifecycle Undertake Simulation Systems equipment design, network design and software design Lead requirement decomposition and manage specifications using tools like IBM DOORS Next Direct architectural modelling and interface definitions in tools such as CATIA Magic (Cameo) Drive system integration and define acceptance strategies for software-based systems Lead technical reviews and ensure compliance with customer, legislative & business requirements Your skills and experiences: Demonstrable experience of the application of Systems Engineering for software-based products Expertise in Systems Engineering and Software integration lifecycle principles (ISO 15288 and 12207) Strong background in requirements management (e.g., IBM DOORS Next - desirable) Familiarity with engineering lifecycle models (Waterfall & Agile) and tools (e.g. JIRA) Background in software development and integration Technical leadership and ability to guide teams across disciplines to shape design solutions To apply for this role please forward your CV to Peter Bibby on the email address below
Senior RF Test Engineer St Neots (PE19) - Permanent - Onsite £45,000 - £58,000 25 days annual leave inclusive of up to 3 days Christmas shut-down Buy or sell up to 5 days annual leave Annual Wellbeing allowance Two pension schemes to choose from Private Medical Insurance + discounts for additional family members Life Assurance scheme up to 4 x salary Share Save scheme Electric/Hybrid Car leasing scheme Cycle to work scheme Retail discounts Career development support Come and join our expanding Electronic Warfare Operations Support Group (EWOS) which is made up of 60+electronic warfare specialists. From all manner of backgrounds, our engineers, scientists, and ex-military personnel combine their experience to help our customers achieve the true operational potential and help keep their people and platforms safe. We are building anew team led by our Principal RF Test Engineer at a state-of-the-art test and evaluation facility at our head office in St Neots, Cambridgeshire. You will help plan and support domestic and international trials within the facility, while working with both present and future technology. You will become a SME in the operation of software and hardware models, applying doctrinal methods to simulation scenarios. You will play a crucial part integrating, configuring and verifying performance of a wide range of components used within a laboratory environment. This will involve the generation of test programmes using a variety of test equipment. You will assist in running laboratory trials, ensuring customers can validate the performance of assets within a synthetic test environment. Working autonomously, you will be crucial to ensure the success of key projects, all whilst being supported by our on-site MASS teams. This role works closely with our customers and your knowledge and technical insights will help shape planning, development, integration, and delivery of crucial national and international synthetic trials. The invaluable experience you ll bring , to help us achieve more. Essential: Experience creating test scripts/programmes (e.g. MATLAB, Python, or LabView). Understanding of synthetic testing environments. Operation of test equipment in a laboratory environment (e.g. Oscilloscopes, Signal Generators, Spectrum/Network Analysers). Experience with Direct Signal Injection (DSI) testing. Experience of analogue and digital RF circuitry. Strong background in EW systems and concepts, including radar systems. Working autonomously and tasking junior engineers. STEM Degree or extensive relevant experience / technical aptitude. Desirable: Doctrinal experience with EW systems (e.g. radar, command and control, targeting and effectors). Experience Integration/calibration of hardware and software models into a laboratory environment. Creation of laboratory procedures. Version controlling hardware and software components. Experience working on agile projects. Experience mentoring junior engineers. Wellbeing is at the core to our culture, allowing employees to flourish and to achieve their full potential. Our people are important to us, and we take pride in our wellbeing programmes and policies that support individuals including, mental health first aiders and readily available support through our extensive employee assistance programme. Our Non-negotiables: Due to the highly secure nature of the projects that you will be involved with, you must be: A UK National and eligible to work in the UK Eligible to obtain and maintain a UK Government SC-level security clearance Apply today to see how working for MASS could work for you!
13/02/2026
Full time
Senior RF Test Engineer St Neots (PE19) - Permanent - Onsite £45,000 - £58,000 25 days annual leave inclusive of up to 3 days Christmas shut-down Buy or sell up to 5 days annual leave Annual Wellbeing allowance Two pension schemes to choose from Private Medical Insurance + discounts for additional family members Life Assurance scheme up to 4 x salary Share Save scheme Electric/Hybrid Car leasing scheme Cycle to work scheme Retail discounts Career development support Come and join our expanding Electronic Warfare Operations Support Group (EWOS) which is made up of 60+electronic warfare specialists. From all manner of backgrounds, our engineers, scientists, and ex-military personnel combine their experience to help our customers achieve the true operational potential and help keep their people and platforms safe. We are building anew team led by our Principal RF Test Engineer at a state-of-the-art test and evaluation facility at our head office in St Neots, Cambridgeshire. You will help plan and support domestic and international trials within the facility, while working with both present and future technology. You will become a SME in the operation of software and hardware models, applying doctrinal methods to simulation scenarios. You will play a crucial part integrating, configuring and verifying performance of a wide range of components used within a laboratory environment. This will involve the generation of test programmes using a variety of test equipment. You will assist in running laboratory trials, ensuring customers can validate the performance of assets within a synthetic test environment. Working autonomously, you will be crucial to ensure the success of key projects, all whilst being supported by our on-site MASS teams. This role works closely with our customers and your knowledge and technical insights will help shape planning, development, integration, and delivery of crucial national and international synthetic trials. The invaluable experience you ll bring , to help us achieve more. Essential: Experience creating test scripts/programmes (e.g. MATLAB, Python, or LabView). Understanding of synthetic testing environments. Operation of test equipment in a laboratory environment (e.g. Oscilloscopes, Signal Generators, Spectrum/Network Analysers). Experience with Direct Signal Injection (DSI) testing. Experience of analogue and digital RF circuitry. Strong background in EW systems and concepts, including radar systems. Working autonomously and tasking junior engineers. STEM Degree or extensive relevant experience / technical aptitude. Desirable: Doctrinal experience with EW systems (e.g. radar, command and control, targeting and effectors). Experience Integration/calibration of hardware and software models into a laboratory environment. Creation of laboratory procedures. Version controlling hardware and software components. Experience working on agile projects. Experience mentoring junior engineers. Wellbeing is at the core to our culture, allowing employees to flourish and to achieve their full potential. Our people are important to us, and we take pride in our wellbeing programmes and policies that support individuals including, mental health first aiders and readily available support through our extensive employee assistance programme. Our Non-negotiables: Due to the highly secure nature of the projects that you will be involved with, you must be: A UK National and eligible to work in the UK Eligible to obtain and maintain a UK Government SC-level security clearance Apply today to see how working for MASS could work for you!
Job description: WHAT TO EXPECT There now exists an exciting opportunity for a dynamic and enthusiastic Research Engineer, specifically in the area of Electrical Architectures / Networks, to develop, guide and deliver projects to support the "Digitalisation and Connectivity" theme. This will involve development of enabling technologies to deliver a truly flexible and efficient electrical platform on which the amazing capabilities and features on our cars can be built. A key focus for the team currently is in investigating opportunities where wireless technologies could be applied on the vehicle with a view simplify harness on the car and allowing greater flexibility to configure/layout Electronics Control Units/Compute modules on the car. The successful senior engineer will need to bring strong technical abilities to the team and work as part of an agile squad focussed on releasing the most value to the business/customer in an iterative manner. The outputs of the projects could range from desktop analysis, bench top demonstrations, full proof of concepts within a vehicle as appropriate and showcasing these to the stakeholders at all levels the company as required. An extremely high level of engineering capability will be required to ensure the concepts are well defined and realisable when taken forward to production. This role will involve collaborative research both internally within the team, with our stakeholders across the business as well as with key leading UK universities and external partners. WHAT YOU'LL BE RESPONSIBLE FOR Delivery of relevant research into Electrical Architectures/Networks, Wireless communication related technologies with a robust research approach with adherence to research processes As part of a agile squad, develop implementation/activity plans to support the sprint/quarterly goals of the specific Electrical Architectures/Network project being tackled by the team Resolve of key technical and strategic challenges by applying technical know-how to solve the goals of the project Development of Proof-of-Concepts in house or with support from key suppliers/partners as appropriate Ensuring robust, data led recording of findings, as well as adherence to relevant procedures Support project roadmaps for the business kept updated with latest insights, ideas, technologies Ensuring new and innovative ideas are captured as patents to maximise value to JLR Support knowledge transfer on projects when handing over to mainstream engineering WHAT YOU'LL NEED Essential: Strong Technical knowledge of 2 or more of:Automotive Electrical Architecture design and enablers e.g. Service Oriented Architecture design Automotive communication protocols RF System Engineering, testing and validation RF Communication technologies, Modulation techniques, Encoding schemes and relative advantages/disadvantages Data over Power / Power over Data communications Ability to find resolutions to key technical issues within a team environment Ability to write reports and communicate to technical and non-technical audience. "Hacking" skills (finding software and hardware solutions for new problems) Relevant degree (or equivalent experience) - E.g. Physics, Electronic, Electrical, Computing, Maths or similar Highly Desirable: Ability to form relevant and strong research questions and then breakdown into a set of logical tasks that will allow team to find and understand the answers as quickly as possible. Ability to understand and filter relevant, applicable, future technologies and topics Experience working with Software Defined Radio (SDR). Experience with RF Simulation Tools. Experience working with lab equipment such as RF Signal Generators, Spectrum Analysers, VNAs etc.. Electronic Hardware Design for automotive A working knowledge of automotive electrical systems and development processes, such as those used at Jaguar Land Rover Telecommunications / Connectivity / Telematics / Cloud / Edge capabilities and understanding Design for Functional Safety and Cyber Security Previous experience in a Research role in engineering or automotive environment Experience of Agile or equivalent research delivery process Experience in automotive software development and good understanding of principals of software design A working knowledge of automotive electrical systems and development processes, such as those used at Jaguar Land Rover Previous experience of working with Universities, Start-ups and Research partners Personal Profile Essential: An individual with a customer first mind-set who is easy to do business with and makes people feel special A curious and inquisitive attitude to solving Research challenges in novel ways. Ability to work independently but always with a view to supporting the team and project goals Proactive individual who can demonstrating tenacity, drive and perseverance with the ability to find solutions in a complex, and rapidly changing environment. Excellent collaboration and interpersonal skills to achieve great outcomes for team and project. Honest and open - always challenging self and proactive in continuous personal development A resilient and enthusiastic who responds constructively to new ideas and inputs Desirable: A good communicator with the ability to convey complex ideas to a wide variety of stakeholders across the business
21/09/2022
Full time
Job description: WHAT TO EXPECT There now exists an exciting opportunity for a dynamic and enthusiastic Research Engineer, specifically in the area of Electrical Architectures / Networks, to develop, guide and deliver projects to support the "Digitalisation and Connectivity" theme. This will involve development of enabling technologies to deliver a truly flexible and efficient electrical platform on which the amazing capabilities and features on our cars can be built. A key focus for the team currently is in investigating opportunities where wireless technologies could be applied on the vehicle with a view simplify harness on the car and allowing greater flexibility to configure/layout Electronics Control Units/Compute modules on the car. The successful senior engineer will need to bring strong technical abilities to the team and work as part of an agile squad focussed on releasing the most value to the business/customer in an iterative manner. The outputs of the projects could range from desktop analysis, bench top demonstrations, full proof of concepts within a vehicle as appropriate and showcasing these to the stakeholders at all levels the company as required. An extremely high level of engineering capability will be required to ensure the concepts are well defined and realisable when taken forward to production. This role will involve collaborative research both internally within the team, with our stakeholders across the business as well as with key leading UK universities and external partners. WHAT YOU'LL BE RESPONSIBLE FOR Delivery of relevant research into Electrical Architectures/Networks, Wireless communication related technologies with a robust research approach with adherence to research processes As part of a agile squad, develop implementation/activity plans to support the sprint/quarterly goals of the specific Electrical Architectures/Network project being tackled by the team Resolve of key technical and strategic challenges by applying technical know-how to solve the goals of the project Development of Proof-of-Concepts in house or with support from key suppliers/partners as appropriate Ensuring robust, data led recording of findings, as well as adherence to relevant procedures Support project roadmaps for the business kept updated with latest insights, ideas, technologies Ensuring new and innovative ideas are captured as patents to maximise value to JLR Support knowledge transfer on projects when handing over to mainstream engineering WHAT YOU'LL NEED Essential: Strong Technical knowledge of 2 or more of:Automotive Electrical Architecture design and enablers e.g. Service Oriented Architecture design Automotive communication protocols RF System Engineering, testing and validation RF Communication technologies, Modulation techniques, Encoding schemes and relative advantages/disadvantages Data over Power / Power over Data communications Ability to find resolutions to key technical issues within a team environment Ability to write reports and communicate to technical and non-technical audience. "Hacking" skills (finding software and hardware solutions for new problems) Relevant degree (or equivalent experience) - E.g. Physics, Electronic, Electrical, Computing, Maths or similar Highly Desirable: Ability to form relevant and strong research questions and then breakdown into a set of logical tasks that will allow team to find and understand the answers as quickly as possible. Ability to understand and filter relevant, applicable, future technologies and topics Experience working with Software Defined Radio (SDR). Experience with RF Simulation Tools. Experience working with lab equipment such as RF Signal Generators, Spectrum Analysers, VNAs etc.. Electronic Hardware Design for automotive A working knowledge of automotive electrical systems and development processes, such as those used at Jaguar Land Rover Telecommunications / Connectivity / Telematics / Cloud / Edge capabilities and understanding Design for Functional Safety and Cyber Security Previous experience in a Research role in engineering or automotive environment Experience of Agile or equivalent research delivery process Experience in automotive software development and good understanding of principals of software design A working knowledge of automotive electrical systems and development processes, such as those used at Jaguar Land Rover Previous experience of working with Universities, Start-ups and Research partners Personal Profile Essential: An individual with a customer first mind-set who is easy to do business with and makes people feel special A curious and inquisitive attitude to solving Research challenges in novel ways. Ability to work independently but always with a view to supporting the team and project goals Proactive individual who can demonstrating tenacity, drive and perseverance with the ability to find solutions in a complex, and rapidly changing environment. Excellent collaboration and interpersonal skills to achieve great outcomes for team and project. Honest and open - always challenging self and proactive in continuous personal development A resilient and enthusiastic who responds constructively to new ideas and inputs Desirable: A good communicator with the ability to convey complex ideas to a wide variety of stakeholders across the business
A fantastic opportunity has arisen for a Senior/Principal Engineer to come in to the business as a key technical figure with a view of the role developing into managing a small team over time.
You will be working on C/C++ embedded software development in the area of Digital Signal Processing (DSP) algorithm design. Specifically in these areas
* Closed loop digital control systems using external digital converters (ADC) and digital to analogue converters (DAC or PWM)
* Z-Transforms techniques:
Given a sequence of samples, calculate the Z-transform, determine the poles and zeroes of the Z-transform. Locate and plot the poles and zeroes in the z-plane.
Given a Z-transform of a signal and the pole locations, relate distance from the origin to decay rate. Relate angle off the horizontal to the number of samples in a cycle of signal oscillation
* Express a system be controlled has a transfer function and use it to calculate steady state error
* Digital filter design (FIR and IIR)
* Product development using ARM Cortex / TI / dsPIC microcontrollers
* Modelling of dynamic systems to aid design of control algorithms and digital filters using MATLAB / Simulink / dSpace or other equivalent simulation tools
* A good understanding of the principles of engineering mathematics in general, and in particular those applicable to electrical power systems, including control systems, digital filters, sampling theory and A/D conversion, linear algebra and statistical methods
* General C/C++ programming and software engineering skills
To be successful in this role you should be familiar with A/D, D/A and microprocessor circuit design and layout required to support PCB development, and also CMSIS-DSP (Cortex® Microcontroller Software Interface Standard DSP Library)
This role requires both a sound theoretical knowledge and implementation skills, and you will have worked on projects/technologies where both digital signal processing and digital control is required.
The most important points are:
* Experience in the design and implementation of closed loop digital control systems
* Solid background in the mathematics behind this
This is a fantastic opportunity with genuine growth and development in your onward career. Offering a great salary and benefits including; 25 days holiday per year, 3 x salary Life Assurance & NEST pension.
If you have the relevant skills required, please apply ASAP as my client is currently shortlisting for interview
09/09/2016
A fantastic opportunity has arisen for a Senior/Principal Engineer to come in to the business as a key technical figure with a view of the role developing into managing a small team over time.
You will be working on C/C++ embedded software development in the area of Digital Signal Processing (DSP) algorithm design. Specifically in these areas
* Closed loop digital control systems using external digital converters (ADC) and digital to analogue converters (DAC or PWM)
* Z-Transforms techniques:
Given a sequence of samples, calculate the Z-transform, determine the poles and zeroes of the Z-transform. Locate and plot the poles and zeroes in the z-plane.
Given a Z-transform of a signal and the pole locations, relate distance from the origin to decay rate. Relate angle off the horizontal to the number of samples in a cycle of signal oscillation
* Express a system be controlled has a transfer function and use it to calculate steady state error
* Digital filter design (FIR and IIR)
* Product development using ARM Cortex / TI / dsPIC microcontrollers
* Modelling of dynamic systems to aid design of control algorithms and digital filters using MATLAB / Simulink / dSpace or other equivalent simulation tools
* A good understanding of the principles of engineering mathematics in general, and in particular those applicable to electrical power systems, including control systems, digital filters, sampling theory and A/D conversion, linear algebra and statistical methods
* General C/C++ programming and software engineering skills
To be successful in this role you should be familiar with A/D, D/A and microprocessor circuit design and layout required to support PCB development, and also CMSIS-DSP (Cortex® Microcontroller Software Interface Standard DSP Library)
This role requires both a sound theoretical knowledge and implementation skills, and you will have worked on projects/technologies where both digital signal processing and digital control is required.
The most important points are:
* Experience in the design and implementation of closed loop digital control systems
* Solid background in the mathematics behind this
This is a fantastic opportunity with genuine growth and development in your onward career. Offering a great salary and benefits including; 25 days holiday per year, 3 x salary Life Assurance & NEST pension.
If you have the relevant skills required, please apply ASAP as my client is currently shortlisting for interview
A fantastic opportunity has arisen for a Senior/Principal Engineer to come in to the business as a key technical figure with a view of the role developing into managing a small team over time.
You will be working on C/C++ embedded software development in the area of Digital Signal Processing (DSP) algorithm design. Specifically in these areas
* Closed loop digital control systems using external digital converters (ADC) and digital to analogue converters (DAC or PWM)
* Z-Transforms techniques:
Given a sequence of samples, calculate the Z-transform, determine the poles and zeroes of the Z-transform. Locate and plot the poles and zeroes in the z-plane.
Given a Z-transform of a signal and the pole locations, relate distance from the origin to decay rate. Relate angle off the horizontal to the number of samples in a cycle of signal oscillation
* Express a system be controlled has a transfer function and use it to calculate steady state error
* Digital filter design (FIR and IIR)
* Product development using ARM Cortex / TI / dsPIC microcontrollers
* Modelling of dynamic systems to aid design of control algorithms and digital filters using MATLAB / Simulink / dSpace or other equivalent simulation tools
* A good understanding of the principles of engineering mathematics in general, and in particular those applicable to electrical power systems, including control systems, digital filters, sampling theory and A/D conversion, linear algebra and statistical methods
* General C/C++ programming and software engineering skills
To be successful in this role you should be familiar with A/D, D/A and microprocessor circuit design and layout required to support PCB development, and also CMSIS-DSP (Cortex® Microcontroller Software Interface Standard DSP Library)
This role requires both a sound theoretical knowledge and implementation skills, and you will have worked on projects/technologies where both digital signal processing and digital control is required.
The most important points are:
* Experience in the design and implementation of closed loop digital control systems
* Solid background in the mathematics behind this
This is a fantastic opportunity with genuine growth and development in your onward career. Offering a great salary and benefits including; 25 days holiday per year, 3 x salary Life Assurance & NEST pension.
If you have the relevant skills required, please apply ASAP as my client is currently shortlisting for interview
09/09/2016
A fantastic opportunity has arisen for a Senior/Principal Engineer to come in to the business as a key technical figure with a view of the role developing into managing a small team over time.
You will be working on C/C++ embedded software development in the area of Digital Signal Processing (DSP) algorithm design. Specifically in these areas
* Closed loop digital control systems using external digital converters (ADC) and digital to analogue converters (DAC or PWM)
* Z-Transforms techniques:
Given a sequence of samples, calculate the Z-transform, determine the poles and zeroes of the Z-transform. Locate and plot the poles and zeroes in the z-plane.
Given a Z-transform of a signal and the pole locations, relate distance from the origin to decay rate. Relate angle off the horizontal to the number of samples in a cycle of signal oscillation
* Express a system be controlled has a transfer function and use it to calculate steady state error
* Digital filter design (FIR and IIR)
* Product development using ARM Cortex / TI / dsPIC microcontrollers
* Modelling of dynamic systems to aid design of control algorithms and digital filters using MATLAB / Simulink / dSpace or other equivalent simulation tools
* A good understanding of the principles of engineering mathematics in general, and in particular those applicable to electrical power systems, including control systems, digital filters, sampling theory and A/D conversion, linear algebra and statistical methods
* General C/C++ programming and software engineering skills
To be successful in this role you should be familiar with A/D, D/A and microprocessor circuit design and layout required to support PCB development, and also CMSIS-DSP (Cortex® Microcontroller Software Interface Standard DSP Library)
This role requires both a sound theoretical knowledge and implementation skills, and you will have worked on projects/technologies where both digital signal processing and digital control is required.
The most important points are:
* Experience in the design and implementation of closed loop digital control systems
* Solid background in the mathematics behind this
This is a fantastic opportunity with genuine growth and development in your onward career. Offering a great salary and benefits including; 25 days holiday per year, 3 x salary Life Assurance & NEST pension.
If you have the relevant skills required, please apply ASAP as my client is currently shortlisting for interview
Principal Systems Engineer - Seeker Systems:
World class Defence Organisation based in Stevenage, Hertfordshire is currently looking to recruit 6x Principal Systems Engineers - Seeker Systems.
Please Note: you must be eligible for SC Security Clearance.
The contract is initially for 6 months (on-going after). Hourly rate; £44.40 per hour.
Principal Systems Engineer - Seeker Systems Job Description:
Responsible for undertaking the systems design, performance evaluation, integration, design verification and certification of RF Seeker sub-systems and multi-mode seekers.
This role offers an opportunity to be part of a successful team working at the forefront of technology, developing new and innovative concepts for future RF seekers. You will gain experience in RF seeker technologies and system engineering design practices.
You will be involved in various stages of seeker development from the concept stage through system design, development, proving and on to manufacture. There will be opportunities for travel both within the UK and abroad in support of seeker testing and trials.
• Advanced Concepts and Research – investigating and evaluating new technologies and concepts for tomorrow’s RF Seeker sub-systems
• Requirements Specification and Design – carrying out a full range of technical analyses and investigations, preparing specifications (system, sub system etc.) and developing designs.
• Trials Planning Conduct and Testing – defining, testing approaches, specifying tests in assigned/specialist areas then evaluating and making recommendations based on the results.
• Systems Validation – carrying out systems proving activities, including integration and test and support to production.
• Advanced Concepts and technologies development
• RF Seeker sub-system concept generation
• Main programmes development, design and systems validation of RF Seeker sub-systems
Skills and Experience:
Ideally degree qualified or equivalent with at least 3 of the following skills and experience:-
• Significant, relevant experience (Knowledge of RF systems would be an advantage but not essential)
• Signal processing and Fourier analysis
• Closed-loop control design and analysis
• Robust validation and verification methods and use of unit testing approaches
• Extensive experience with the use of MATLAB/Simulink
• Development and maintenance of efficient simulation environments
• Sensor modelling including Monte Carlo capability
• Embedded algorithm development
• Software development, including fluency in C, C++ and Visual Basic
• Kalman filter analysis and development (including extended Kalman filters)
• Statistical analysis of stochastic systems
• Anti-multipath algorithms for naval tracking radar
09/09/2016
Principal Systems Engineer - Seeker Systems:
World class Defence Organisation based in Stevenage, Hertfordshire is currently looking to recruit 6x Principal Systems Engineers - Seeker Systems.
Please Note: you must be eligible for SC Security Clearance.
The contract is initially for 6 months (on-going after). Hourly rate; £44.40 per hour.
Principal Systems Engineer - Seeker Systems Job Description:
Responsible for undertaking the systems design, performance evaluation, integration, design verification and certification of RF Seeker sub-systems and multi-mode seekers.
This role offers an opportunity to be part of a successful team working at the forefront of technology, developing new and innovative concepts for future RF seekers. You will gain experience in RF seeker technologies and system engineering design practices.
You will be involved in various stages of seeker development from the concept stage through system design, development, proving and on to manufacture. There will be opportunities for travel both within the UK and abroad in support of seeker testing and trials.
• Advanced Concepts and Research – investigating and evaluating new technologies and concepts for tomorrow’s RF Seeker sub-systems
• Requirements Specification and Design – carrying out a full range of technical analyses and investigations, preparing specifications (system, sub system etc.) and developing designs.
• Trials Planning Conduct and Testing – defining, testing approaches, specifying tests in assigned/specialist areas then evaluating and making recommendations based on the results.
• Systems Validation – carrying out systems proving activities, including integration and test and support to production.
• Advanced Concepts and technologies development
• RF Seeker sub-system concept generation
• Main programmes development, design and systems validation of RF Seeker sub-systems
Skills and Experience:
Ideally degree qualified or equivalent with at least 3 of the following skills and experience:-
• Significant, relevant experience (Knowledge of RF systems would be an advantage but not essential)
• Signal processing and Fourier analysis
• Closed-loop control design and analysis
• Robust validation and verification methods and use of unit testing approaches
• Extensive experience with the use of MATLAB/Simulink
• Development and maintenance of efficient simulation environments
• Sensor modelling including Monte Carlo capability
• Embedded algorithm development
• Software development, including fluency in C, C++ and Visual Basic
• Kalman filter analysis and development (including extended Kalman filters)
• Statistical analysis of stochastic systems
• Anti-multipath algorithms for naval tracking radar
