Embedded Software Engineer Jobs Found 30 Jobs, Page 2 of 2 Pages Sort by:
Level 6 Digital and Technology Solutions Degree Apprenticeship – Software Engineering Pathway
During your apprenticeship, you will develop practical skills and knowledge while contributing to work within the automotive sector. The programme helps you build core technical capabilities, broaden your understanding and strengthen essential behaviours such as teamwork and problem solving. You will receive guidance from a JLR early careers cohort lead, the university team and your line manager throughout your programme. You will work towards a BSc (Hons) degree in Digital and Technology Solutions developed with the University of Warwick. For further details about the degree course, please visit: Digital Technology Solutions. Year 1–2The programme is delivered through a mix of online learning, in‑person teaching and independent study each week. This structure enables you to apply learning from the University of Warwick to tasks within your role. You will study modules designed to build key knowledge, skills and behaviours, supported by regular progress reviews with tutors and your line manager. Years 3–4In years three and four you will study modules linked to your chosen discipline of Software Engineering. During your final year, you will complete a work‑based project as part of your End Point Assessment (EPA), using the skills and experience developed throughout the programme. After successfully completing your EPA, you will achieve a Level 6 apprenticeship. Throughout your apprenticeship you may work within one of the following areas: Digital Platform or Vehicle Platform. You will be asked to express your preference during the application process.Training:DPP develops connected and efficient vehicles through digital engineering. The team works across systems design and the development of electronic hardware and software, including interior functions, infotainment, connectivity, off‑board processing and mobile app development.Work covers a range of vehicle functions that rely on software, such as propulsion, energy management, suspension control, driver assistance features, infotainment and interior systems.Tasks may include automation activities or contributing to digital infrastructure within teams that build environments for software development.Tasks may also involve low‑level software work that relates to in‑vehicle computing performance, such as reviewing boot processes, processor load distribution and system behaviour.The Vehicle Platform team supports systems linked to the customer experience, covering areas including Body Interiors, Body Exteriors, Body in White, Chassis, EDU, Powertrains and Accessories. The team applies engineering methods and technology integration to meet product requirements.The team creates software used within and around the vehicle, using model‑based development, embedded coding and languages such as Python for software pipelines. Tasks include system interaction design, testing, calibration and validation across virtual rigs, vehicles and controlled test environments.As a Software Apprentice, you will develop technical and engineering skills while contributing to software tasks that support JLR’s electrified products. You will use tools and engineering methods to assist with software and system development and will work with colleagues across different areas as you progress through the programme.Training Outcome:On completion of the Level 6 Digital and Technology Solutions Degree Apprenticeship, you may progress into a permanent role within JLR that aligns with your pathway and the skills gained during the programme. Typical roles for those completing the Software Engineering pathway may include positions such as Software Engineer, Systems Engineer or a role within digital platform or vehicle platform teams.Employer Description:LIVE THE EXCEPTIONAL WITH SOUL We are the proud creators. The curious minds. Inspired to create unique vehicles, to realise our vision of modern luxury. We work as one. Shaping the future. Motivated by a love for our customer. United by a deep admiration for each other. Our sense of integrity and our spirit of excellent empowers us. Our ambition to grow. Our passion to chart new landscapes of innovation, encourages us to dream. It’s what drives us. To be visionaries. To be creators.Working Hours :You will complete academic study with the University of Warwick alongside your workplace activity. This includes online learning, in‑person teaching and independent study. Time will be allocated each week for structured learning.Skills: IT skills,Problem solving skills,Administrative skills,Number skills,Analytical skills,Logical,Initiative ....Read more...
Senior Software Engineer
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 ....Read more...
Principal Software Engineer
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 ....Read more...
Senior Software Engineer
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 ....Read more...
FPGA Engineer
We are seeking an experienced FPGA Engineer to join a collaborative engineering team developing advanced electronic systems used in high-performance, security-focused environments. This role offers the opportunity to work on technically challenging programmes where FPGAs play a central role, supporting applications such as high-speed data processing, complex algorithm implementation, embedded security functions, system-level integration within modern hardware platforms. You will work alongside engineers across firmware, software, systems, and hardware disciplines, contributing to innovative solutions in a structured, quality-driven development environment. The team operates using modern development practices, including advanced toolchains and Continuous Integration workflows. Key Responsibilities - Design and develop FPGA solutions using VHDL - Deliver efficient implementations with strong focus on timing closure and device optimisation - Target AMD FPGA and SoC devices, including use of the AXI protocol - Perform simulation using Siemens QuestaSim - Apply modern verification approaches (e.g. OSVVM, CoCoTB) - Use AMD toolchains (ISE and Vivado) - Develop and maintain scripted build processes using TCL and/or Python - Work within Git-based version control systems - Support Continuous Integration environments (e.g. GitLab, Docker) - Produce clear technical documentation - Contribute to process improvement and engineering best practice What Were Looking For - Strong background in FPGA design using VHDL - Experience with AMD FPGA/SoC platforms - Solid understanding of FPGA architecture, optimisation techniques, and timing analysis - Experience with simulation and verification methodologies - Familiarity with automated build and CI workflows - Good documentation and communication skills - A proactive, adaptable approach with the ability to work independently and collaboratively Development & Environment You will join an established firmware community with a strong emphasis on: - Technical mentoring - Knowledge sharing - Continuous professional development - Toolchain and workflow modernisation - Collaborative problem-solving Comprehensive training and close technical leadership will be provided to support your growth and mastery of internal development processes. Benefits - Competitive salary with sign-on bonus. - Flexible or part-time working arrangements on request. - Relocation support available. - Half-day finish on Fridays. - 25 days holiday (plus bank holidays), increasing with service, with option to buy/sell. - Private medical insurance (optional family cover). - Life assurance and group income protection. - Flexible extras including healthcare cash plan, dental insurance, gym membership, cycle-to-work scheme, and electric vehicle scheme. - Employee assistance program for mental health and wellbeing support. Eligibility Due to the nature of the programmes involved, candidates must: - Hold the right to work in the UK (Sole British citizenship) - Be eligible to obtain the required security clearance TT ....Read more...