The Software Engineer will work on the complete development lifecycle of flight safety and navigation systems, from concept and algorithm design to system integration and testing. You will collaborate with a multidisciplinary team to deliver high-performance solutions, maintain high-quality code, and produce comprehensive documentation.
This role involves developing electrical designs and specifications for control systems used in bespoke heavy engineered equipment. Responsibilities include coordinating with various teams, managing technical project requirements, and ensuring projects meet technical standards, cost, quality, and programme targets.
The role involves driving the adoption of Medtronic’s HUGO™ robotic-assisted surgery system within hospitals across the UK and Ireland. As a start-up specialist, you will lead training for surgeons and clinical staff, support operating room integration, and use change management techniques to ensure successful program implementation. The position requires extensive collaboration with hospital stakeholders and field service engineers to achieve operational self-sufficiency in robotic surgery programs.
The Automation Engineer role involves travelling across the UK to customer sites for the installation, commissioning, and servicing of advanced automation and food processing systems. You will receive full OEM training and work closely with customers to ensure equipment operates efficiently, while developing your skills in a supportive, family-run environment.
The Senior CMF Designer will own the colour, materials, and finish across Humanoid's robot programmes, from early concept to production-ready specifications. You'll work closely with design leads, manufacturing partners, and suppliers to ensure material decisions align with the product's design intent and manufacturing requirements.
This role focuses on defining, integrating, and verifying the software and autonomy systems for a humanoid robot platform. The engineer will translate operational needs into system requirements, manage cross-component interfaces, and lead verification across perception, navigation, planning, and controls—working closely with software teams and using ROS 2, simulation, and distributed systems. The position emphasizes architectural coherence, integration readiness, and system-level validation in real-world robotic applications.
Leads global fleet operations for a self-driving AI company, setting safety and performance standards across regions. Manages regional heads, drives incident response for high-severity events, and ensures alignment across technical and operational teams. Focuses on risk management, cross-functional collaboration, and maintaining a unified global operating model in complex, safety-critical environments.
This role involves leading software projects from requirements gathering to deployment, working closely with development teams, product specialists, and customers. Responsibilities include project planning, stakeholder coordination, risk management, and ensuring high-quality delivery in a fast-paced environment focused on logistics and warehouse automation.
Develop and lead validation strategies for ADAS functions within Wayve’s AI Driver, using simulation and real-world testing to ensure safety and performance. Define metrics, test coverage, and acceptance criteria while collaborating across engineering, data, and product teams. Work in a fast-paced environment to validate end-to-end learned autonomous driving models.
This role involves coordinating and leading controls activities across multiple automation projects, including PLCs, robotics, safety systems, and vision systems. You will work closely with engineering, project management, and installation teams to ensure professional and efficient delivery of solutions, while also mentoring and supporting engineers.
This role involves leading research and teaching in AI/Robotics applied to aircraft maintenance, low-altitude economy, or satellite and space engineering. The appointee will conduct high-impact research, secure external funding, supervise students, and contribute to multidisciplinary teaching and departmental service within a newly established engineering department focused on strategic technological advancement.
Lead a high-impact engineering team building mission-critical enterprise software used in austere environments. Balance hands-on development with technical leadership, mentoring, and architectural decision-making while ensuring security and reliability throughout the product lifecycle.
The Head of Systems Engineering leads the technical vision and governance for complex aerospace and defence projects. Responsibilities include strategic leadership, capability development, technical authority, and stakeholder engagement, ensuring alignment with Lifecycle Management processes and industry standards.
