Embedded Software Test Engineer – Trusted Autonomy Systems Central London £50,000–£60,000 + Bonus + Benefits Most engineers want to work on meaningful problems. This role puts you right at the heart of one: helping make AI and autonomous systems safe, trustworthy, and ready for the real world. The Opportunity I’m hiring for a fast … moving deep tech startup that’s building the trust layer for AI in physical systems - think drones, autonomous vehicles, robotics, and other smart machines operating without human oversight.Their software platform enables safety assurance for AI-driven systems without relying on data links or constant communication - something the industry hasn't really seen before. It’s early-stage, it … s fast-moving, and it’s solving a critical challenge in the world of autonomy and edge AI.Right now, they’re looking for a QA/Embedded Test Engineer to own and evolve their test infrastructure - someone with a good understanding of embedded software verification , ideally in a safety-critical environment , and a passion for building robust, reliable More ❯
integration, testing, and debugging in secure environments. Ensure compliance with defence standards and cybersecurity protocols. Requirements: Proficiency in programming languages such as C++, C#, Java, or Python. Experience in embeddedsystems, real-time applications, or secure software development. Knowledge of software development lifecycle (SDLC) and version control (e.g. Git). Eligible for SC/DV security clearance. Desirable More ❯
Python, or Golang, coupled with an outstanding academic history, preferably from top-tier universities globally. Given that this is a hardware-oriented product, expertise in electronics, mechanical engineering, or embeddedsystems would be advantageous. The company recognises that their exceptional products and commercial success stem directly from the technical dedication of their development teams; therefore, they ensure an 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, embeddedsystems, 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, embeddedsystems, and diagnostic tools. Competence using hand tools, soldering equipment, and test instruments (e.g. multimeters). 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 embeddedsystems, 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 embeddedsystems, 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 embeddedsystems, 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 ❯
london (city of london), south east england, united kingdom
Humanoid
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 embeddedsystems, 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 ❯
