176 to 200 of 267 Embedded Systems Jobs in the UK

leaders. What You’ll Bring: Proven experience in vulnerability research roles. Strong understanding of hardware/software development lifecycles and security implications. Applied knowledge of cryptographic algorithms and secure systems design. Expertise in reverse engineering tools (e.g. Ghidra, IDA Pro) and debugging (e.g. GDB). Familiarity with Linux internals, embedded systems, and exploitation techniques. Passion for learning … testing systems, and uncovering security flaws. Additional Info: Applicants must be eligible for DV clearance. Flexible working arrangements available depending on role requirements. Applications will be reviewed on a rolling basis. More ❯

innovative working environment Comprehensive benefits package THE RF ENGINEER ROLE: As an RF Engineer , you will work on a range of high-profile programmes, developing and testing advanced RF systems in support of Defence and Intelligence missions. You will have the opportunity to specialise in areas such as RF circuit modelling, antenna design, and test & measurement, while also contributing … offers variety, technical challenge, and the chance to make a tangible impact in the field of secure communications and mission systems. RF ENGINEER ESSENTIAL SKILLS: Experience in RF communications systems implementation, testing, and analysis Strong background in RF circuit design and modelling Proficiency with spectrum analysers and vector network analysers Familiarity with Software Defined Radios (SDR) and development tools … Desirable: Antenna optimisation and characterisation RF algorithm development and DSP experience Embedded systems vulnerability analysis Knowledge of Python, C/C++, VHDL, OpenCPI, GnuRadio Development on Linux and GitLab TO BE CONSIDERED: Please either apply through this advert or email me directly via . For further information, please call me on 0203 854 0120/ More ❯

their hardware capability. The role You ll be the go-to hardware specialist in a close-knit product team, taking ownership of system-level design and collaborating daily with embedded firmware engineers. Expect a hands-on role spanning concept, schematic, layout input, bring-up, EMC, and release to manufacture. What you ll be doing End-to-end hardware development … for embedded systems (schematic capture, component selection, DfM/DfT, verification). Board bring-up, lab debugging, and problem-solving using scopes, logic analysers, and JTAG tools. Partnering with firmware to define interfaces, power budgets, and test strategies. Driving EMC/EMI compliance from design-through to test and sign-off. Supporting NPI, test fixtures, documentation, and sustaining More ❯

modifying test environments, and providing hands-on support during data collection and research experiments. The ideal candidate will have a strong practical background in mechanical and/or electronic systems, a proactive approach to problem-solving, and the ability to work effectively within a multidisciplinary, fast-paced research setting. This is a night shift-based role. Responsibilities Robot Maintenance … fault logs using internal systems. Experiment and Data Collection Support Support research and data collection teams in the preparation and execution of experimental sessions. Set up robots and related systems in advance of tests; monitor equipment during live runs. Provide technical assistance during testing to minimise downtime. Ensure proper data handling, including logging, backups, and equipment checks. Environment and … and assist with audits where necessary. Expertise Technical qualification, apprenticeship, or equivalent experience in robotics, mechatronics, electronics, mechanical engineering, or a related discipline. Demonstrable hands-on experience with robotic systems, hardware assembly, and fault-finding. Familiarity with sensors, microcontrollers, motors, embedded systems, and diagnostic tools. Competence using hand tools, soldering equipment, and test instruments (e.g. multimeters). More ❯

modifying test environments, and providing hands-on support during data collection and research experiments. The ideal candidate will have a strong practical background in mechanical and/or electronic systems, a proactive approach to problem-solving, and the ability to work effectively within a multidisciplinary, fast-paced research setting. This is a night shift-based role. Responsibilities Robot Maintenance … fault logs using internal systems. Experiment and Data Collection Support Support research and data collection teams in the preparation and execution of experimental sessions. Set up robots and related systems in advance of tests; monitor equipment during live runs. Provide technical assistance during testing to minimise downtime. Ensure proper data handling, including logging, backups, and equipment checks. Environment and … and assist with audits where necessary. Expertise Technical qualification, apprenticeship, or equivalent experience in robotics, mechatronics, electronics, mechanical engineering, or a related discipline. Demonstrable hands-on experience with robotic systems, hardware assembly, and fault-finding. Familiarity with sensors, microcontrollers, motors, embedded systems, and diagnostic tools. Competence using hand tools, soldering equipment, and test instruments (e.g. multimeters). More ❯

modifying test environments, and providing hands-on support during data collection and research experiments. The ideal candidate will have a strong practical background in mechanical and/or electronic systems, a proactive approach to problem-solving, and the ability to work effectively within a multidisciplinary, fast-paced research setting. This is a night shift-based role. Responsibilities Robot Maintenance … fault logs using internal systems. Experiment and Data Collection Support Support research and data collection teams in the preparation and execution of experimental sessions. Set up robots and related systems in advance of tests; monitor equipment during live runs. Provide technical assistance during testing to minimise downtime. Ensure proper data handling, including logging, backups, and equipment checks. Environment and … and assist with audits where necessary. Expertise Technical qualification, apprenticeship, or equivalent experience in robotics, mechatronics, electronics, mechanical engineering, or a related discipline. Demonstrable hands-on experience with robotic systems, hardware assembly, and fault-finding. Familiarity with sensors, microcontrollers, motors, embedded systems, and diagnostic tools. Competence using hand tools, soldering equipment, and test instruments (e.g. multimeters). More ❯

tech and Security would be highly beneficial. The Software Project Manager will take responsibility for planning and delivering a range of software led projects, working closely with electronics or embedded systems teams; applying structured project management approaches and ensuring budgets and timescales are met. Applications are sought from Software Projects Managers who can bring the following: Bachelors/… Masters Degree in an Electronic or Software Engineering discipline. Project Management Certification. Proven Software Engineering background to include low level Embedded C/C++ development. Excellent customer facing skills. Ability to manage complex software development projects. Career spanning a range of Industry sectors. Eligibility for UK Security Clearance. Hybrid working is available (minimum of 3 day in office/ More ❯

Software Engineer to join a leading engineering company based in Kent. This is an excellent opportunity for a technically minded developer who enjoys working across both software and hardware systems, contributing to innovative solutions in the energy and engineering sectors. Key Responsibilities Design, develop, test, and maintain software applications to a high standard. Provide Python development and support for … of network security principles. Experience working through the full software development lifecycle (SDLC) . Proficient in version control using Git . Excellent problem-solving and debugging skills. Experience with embedded systems or hardware interaction would be highly beneficial. Technical Skills Knowledge and experience in the following languages: Python (essential) JavaScript TypeScript Familiarity with other programming languages, frameworks, or More ❯

experience with lab equipment, such as; spectrum analysers, oscilloscopes, VNAs, and signal generators; have proficiency in schematic capture and PCB layout tools (e.g., Altium, Cadence); and a familiarity with embedded systems and firmware debugging. Qualifications: A Degree (BEng/MEng/PhD) in Electronics Engineering, or equivalent. Additional Information: Candidates MUST be eligible to work and live in More ❯

defence systems. We are seeking an experienced Software Team Lead to join our team. This is an exciting opportunity to lead the development of a real time, safety critical, embedded C application which controls a nose wheel steering system. As the Software Team Lead, you will oversee a team of software engineers to derive requirements, compose a spoftware system … processes, including traceability, rigorous testing, and quality assurance. Conduct design and code reviews to maintain high-quality standards. Project Management/Team Leadership: Collaborate with cross-functional teams (hardware, systems, and test engineering) to ensure seamless integration of software with hardware systems. Report project status to stakeholders and contribute to program reviews. Ensure effective communication across the team. Required … Skills and Experience Technical Expertise: Proven experience developing bare-metal real-time embedded systems in C. In-depth knowledge of DO-178C Level A standards, processes, and documentation. Experience with safety-critical systems and familiarity with certification requirements including MCDC testing. Proficiency in real-time software design and RTOS (optional) concepts. Familiarity with debugging tools, hardware interfaces More ❯

Aftersales, you will lead Design for Serviceability (DFS), in-field technical support, warranty policy, service cost optimization, and the infrastructure required to support customers globally. This role is deeply embedded in our Design for Excellence (DFX) culture. You’ll partner with engineering, cost engineering, and supply chain teams to ensure supportable designs, efficient cost drivers and scalable reverse logistics. … efficient, scalable, and seamlessly integrated service. What You'll Do Design for Serviceability (DFS) Lead the service engineering function, owning the DFS pillar of DFX, and ensuring serviceability is embedded into hardware and software development. Partner with engineering teams to influence designs that reduce MTTR, improve access, simplify diagnostics, and optimize reworkability, field replaceability, and repair pathways. Define, enforce … and manage serviceability standards and requirements for mechanical, electrical, and embedded systems, including developing reworkability strategies for major subassemblies and critical wear components. Review and approve major design changes for field impact and support readiness. Aftersales Support Model Design and implement the global aftersales support model, including all service levels (self-service, remote assist, onsite support), case handling More ❯

Aftersales, you will lead Design for Serviceability (DFS), in-field technical support, warranty policy, service cost optimization, and the infrastructure required to support customers globally. This role is deeply embedded in our Design for Excellence (DFX) culture. You’ll partner with engineering, cost engineering, and supply chain teams to ensure supportable designs, efficient cost drivers and scalable reverse logistics. … efficient, scalable, and seamlessly integrated service. What You'll Do Design for Serviceability (DFS) Lead the service engineering function, owning the DFS pillar of DFX, and ensuring serviceability is embedded into hardware and software development. Partner with engineering teams to influence designs that reduce MTTR, improve access, simplify diagnostics, and optimize reworkability, field replaceability, and repair pathways. Define, enforce … and manage serviceability standards and requirements for mechanical, electrical, and embedded systems, including developing reworkability strategies for major subassemblies and critical wear components. Review and approve major design changes for field impact and support readiness. Aftersales Support Model Design and implement the global aftersales support model, including all service levels (self-service, remote assist, onsite support), case handling More ❯

Aftersales, you will lead Design for Serviceability (DFS), in-field technical support, warranty policy, service cost optimization, and the infrastructure required to support customers globally. This role is deeply embedded in our Design for Excellence (DFX) culture. You’ll partner with engineering, cost engineering, and supply chain teams to ensure supportable designs, efficient cost drivers and scalable reverse logistics. … efficient, scalable, and seamlessly integrated service. What You'll Do Design for Serviceability (DFS) Lead the service engineering function, owning the DFS pillar of DFX, and ensuring serviceability is embedded into hardware and software development. Partner with engineering teams to influence designs that reduce MTTR, improve access, simplify diagnostics, and optimize reworkability, field replaceability, and repair pathways. Define, enforce … and manage serviceability standards and requirements for mechanical, electrical, and embedded systems, including developing reworkability strategies for major subassemblies and critical wear components. Review and approve major design changes for field impact and support readiness. Aftersales Support Model Design and implement the global aftersales support model, including all service levels (self-service, remote assist, onsite support), case handling More ❯

Aftersales, you will lead Design for Serviceability (DFS), in-field technical support, warranty policy, service cost optimization, and the infrastructure required to support customers globally. This role is deeply embedded in our Design for Excellence (DFX) culture. You’ll partner with engineering, cost engineering, and supply chain teams to ensure supportable designs, efficient cost drivers and scalable reverse logistics. … efficient, scalable, and seamlessly integrated service. What You'll Do Design for Serviceability (DFS) Lead the service engineering function, owning the DFS pillar of DFX, and ensuring serviceability is embedded into hardware and software development. Partner with engineering teams to influence designs that reduce MTTR, improve access, simplify diagnostics, and optimize reworkability, field replaceability, and repair pathways. Define, enforce … and manage serviceability standards and requirements for mechanical, electrical, and embedded systems, including developing reworkability strategies for major subassemblies and critical wear components. Review and approve major design changes for field impact and support readiness. Aftersales Support Model Design and implement the global aftersales support model, including all service levels (self-service, remote assist, onsite support), case handling More ❯

Aftersales, you will lead Design for Serviceability (DFS), in-field technical support, warranty policy, service cost optimization, and the infrastructure required to support customers globally. This role is deeply embedded in our Design for Excellence (DFX) culture. You’ll partner with engineering, cost engineering, and supply chain teams to ensure supportable designs, efficient cost drivers and scalable reverse logistics. … efficient, scalable, and seamlessly integrated service. What You'll Do Design for Serviceability (DFS) Lead the service engineering function, owning the DFS pillar of DFX, and ensuring serviceability is embedded into hardware and software development. Partner with engineering teams to influence designs that reduce MTTR, improve access, simplify diagnostics, and optimize reworkability, field replaceability, and repair pathways. Define, enforce … and manage serviceability standards and requirements for mechanical, electrical, and embedded systems, including developing reworkability strategies for major subassemblies and critical wear components. Review and approve major design changes for field impact and support readiness. Aftersales Support Model Design and implement the global aftersales support model, including all service levels (self-service, remote assist, onsite support), case handling More ❯

We're looking for an experienced Embedded Software Engineer to join a high-performing product design team developing complex embedded control and sensing systems. This role offers the opportunity to take ownership of full project lifecycles from requirements capture and concept development to implementation, verification and on-site integration. You'll work closely with electronics, systems and … software solutions for high-integrity applications. Working on site Monday - Friday in Andover offering a salary of 50,000 - 55,000 (depending on experience). The role as an Embedded Software Engineer: Lead and contribute to the design, implementation and maintenance of embedded software for real-time control and sensing applications. Develop and maintain supporting GUI or Windows … based tools (C#, Visual Studio) to interface with embedded systems. Perform hands-on debugging, hardware bring-up and component-level testing. Collaborate within a multi-disciplinary team to define software architecture and integration strategies. Drive continuous improvement in software development practices, documentation and testing. Qualifications & Experience needed for this Embedded Software Engineer role: Degree in Software Engineering or More ❯

We're looking for an experienced Embedded Software Engineer to join a high-performing product design team developing complex embedded control and sensing systems. This role offers the opportunity to take ownership of full project lifecycles from requirements capture and concept development to implementation, verification and on-site integration. You'll work closely with electronics, systems and … software solutions for high-integrity applications. Working on site Monday - Friday in Andover offering a salary of £50,000 - £55,000 (depending on experience). The role as an Embedded Software Engineer: Lead and contribute to the design, implementation and maintenance of embedded software for real-time control and sensing applications. Develop and maintain supporting GUI or Windows … based tools (C#, Visual Studio) to interface with embedded systems. Perform hands-on debugging, hardware bring-up and component-level testing. Collaborate within a multi-disciplinary team to define software architecture and integration strategies. Drive continuous improvement in software development practices, documentation and testing. Qualifications & Experience needed for this Embedded Software Engineer role: Degree in Software Engineering or More ❯

electronic tracking & surveillance systems. Joining a multi-skilled team of engineers, you will possess a proven track record in designing and developing electronic products, with a strong focus on embedded devices, including driver and system control software. Responsibilities will include: - Comprehensive design of analogue, digital, and power supply circuits - Conducting evaluation tests to assess and enhance designs - Formulating design … testing and development efforts - Engage in peer reviews, offering constructive feedback to enhance design quality - Complete all necessary project documentation Key Technical Knowledge/Experience: - Designing digital electronics, including embedded microprocessors (e.g., ARM, STM32, PIC) - Developing industrial control and data interfaces (RS422, CAN, USB, WiFi, ADC, DAC) - Creating low-power switch-mode power supplies - Implementing PCB layout techniques for … power supply and EMC performance - Designing for manufacturability and testability Beneficial Experience: - Developed software at the hardware level for embedded systems - Understanding of Object Orientated C++ - Understanding of real-time operating systems (RTOS) and real-time software - Knowledge of LabVIEW Benefits Summary: - Matched company pension contributions up to 5%. - 25 days annual leave rising to More ❯

We are seeking a motivated Embedded Software Engineer to join a dynamic product design team based near Andover. This role involves developing software for embedded micro-processor systems and associated Windows applications. You'll work through the full lifecycle from requirements gathering, concept and design, implementation, testing, and installation. This is an opportunity to build real-world … control and sensing systems, collaborate closely with hardware engineers, and help deliver important software solutions. Working on site Monday - Friday in Andover offering a salary of £38,000. The role of an Embedded Software Engineer: Design, implement and maintain software for real-time embedded control and sensing applications. Typical device targets include Zynq 7000 SoC, TI MSP430 … of your own development tasks. Contribute to concept, requirements analysis, iterative design, and delivery phases, ensuring software quality and reliability for high-integrity systems. Qualifications & Experience Needed for this Embedded Software Engineer role: A degree or relevant qualification in Software Engineering or a related discipline. Previous work experience in embedded systems. Strong C programming skills with proven experience. More ❯

WebSockets) Deliver OTA firmware updates and REST APIs (OCPP/OCPI) Develop secure, scalable cloud infrastructure (AWS IoT, Azure, etc.) Collaborate closely with hardware and IoT partners to integrate systems end-to-end ________________________________________ Your Background 5+ years experience in IoT software, cloud integration or embedded systems Strong skills in PLC, CAN, Modbus or similar protocols Proficiency in More ❯

A company at the forefront of developing intricate scientific systems is seeking a Senior Software Engineer to join their team. In this role, you’ll go beyond routine coding tasks and focus on developing complete solutions. You’ll work on everything from front-end interaction and data handling to integrating with specialized hardware components. Essentially, you’ll be creating … A minimum of five years’ experience as a software engineer working within environments that blend hardware and software—this might include areas like specialized measurement devices, automated industrial machinery, embedded systems, or imaging equipment. Educational Foundation: A strong physics background is highly advantageous—preferably a Bachelor’s degree in Physics or an equivalent credential combined with a solid More ❯

power real-world machines and cutting-edge technology? We’re partnering with a science-led technology company that’s breaking boundaries in materials engineering. They’re designing and building systems that don’t exist anywhere else, and they need curious, driven developers to help make it happen. Why You’ll Want to Be Here This isn’t just another … debugging Good communication and a detail-focused way of working A relevant degree (Computer Science, Engineering, or similar) Great-to-Have (but not essential) Experience with industrial machinery or embedded systems Designing interfaces for technical users Knowledge of machine vision or image automation Awareness of cybersecurity and secure coding practices Some DevOps, CI/CD, or cloud experience More ❯

power real-world machines and cutting-edge technology? We’re partnering with a science-led technology company that’s breaking boundaries in materials engineering. They’re designing and building systems that don’t exist anywhere else, and they need curious, driven developers to help make it happen. Why You’ll Want to Be Here This isn’t just another … debugging Good communication and a detail-focused way of working A relevant degree (Computer Science, Engineering, or similar) Great-to-Have (but not essential) Experience with industrial machinery or embedded systems Designing interfaces for technical users Knowledge of machine vision or image automation Awareness of cybersecurity and secure coding practices Some DevOps, CI/CD, or cloud experience More ❯

power real-world machines and cutting-edge technology? We’re partnering with a science-led technology company that’s breaking boundaries in materials engineering. They’re designing and building systems that don’t exist anywhere else, and they need curious, driven developers to help make it happen. Why You’ll Want to Be Here This isn’t just another … debugging Good communication and a detail-focused way of working A relevant degree (Computer Science, Engineering, or similar) Great-to-Have (but not essential) Experience with industrial machinery or embedded systems Designing interfaces for technical users Knowledge of machine vision or image automation Awareness of cybersecurity and secure coding practices Some DevOps, CI/CD, or cloud experience More ❯

power real-world machines and cutting-edge technology? We’re partnering with a science-led technology company that’s breaking boundaries in materials engineering. They’re designing and building systems that don’t exist anywhere else, and they need curious, driven developers to help make it happen. Why You’ll Want to Be Here This isn’t just another … debugging Good communication and a detail-focused way of working A relevant degree (Computer Science, Engineering, or similar) Great-to-Have (but not essential) Experience with industrial machinery or embedded systems Designing interfaces for technical users Knowledge of machine vision or image automation Awareness of cybersecurity and secure coding practices Some DevOps, CI/CD, or cloud experience More ❯