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 designing, developing, and implementing manufacturing automation and production processes in a high-volume, safety-critical environment. Responsibilities include PLC programming, machinery design, and continuous improvement initiatives to enhance efficiency and quality.
The role involves software testing, software releases, and customer support for an AI startup. You will work with Python, Bash, Linux, Docker, and AWS, and have the opportunity to develop skills in automation, cloud, and edge technologies in a fast-moving, collaborative environment.
This role involves designing sophisticated electrical systems for precision automation equipment, from concept to production. Responsibilities include creating high-quality schematics, control panel designs, and ensuring compliance with safety standards. You'll work closely with multidisciplinary teams and contribute to the development of next-generation products.
Design and develop safety-critical embedded software for autonomous systems in collaboration with a specialist engineering team. Work within a regulated environment on real-time systems, contributing to evolving software architecture with applications in robotics and AI. The role involves office-based work three days per week in Oxfordshire.
This role involves owning and scaling the connectivity infrastructure for a global fleet of warehouse robots, focusing on automation of mesh VPN, cellular, Wi-Fi, and industrial router management. The engineer will build self-serve tooling, improve observability, and support field teams with robust networking solutions. Work is hybrid with minimal on-site requirements in Wallingford.
This role involves leading controls engineering activities across multiple automation projects, designing and developing PLC, HMI, and SCADA systems, and supporting the delivery of innovative automated systems from design to commissioning. The position offers a hybrid working model with significant international travel and opportunities for career development.
You will design and build high-integrity AI systems for mission-critical environments in defence and national security. You'll own end-to-end development of real-world systems powered by AVIS™, a multi-modal orchestration platform that fuses sensor, text, and telemetry data to support high-stakes decision-making. This role demands engineering rigor, with direct impact on fielded systems where reliability is paramount.
In this role, you will develop core modules within an engineering design platform, integrate them into a cloud compute environment, and streamline complex engineering processes through high-quality automation. You will work in a cutting-edge, rapidly expanding team that tackles unique challenges and pushes the boundaries of high-performance engineering.
This role involves designing and implementing control solutions for automated material handling projects, developing PLC and visualisation software, and supporting testing and commissioning activities both remotely and on-site. The position offers extensive international travel and opportunities for career development.
This role involves designing and developing safety-critical embedded software for autonomous systems, focusing on runtime assurance, mission control, and certification. You will work with high-integrity languages like SPARK Ada and contribute to the verification and validation of systems for aerospace and land applications.
Develop and maintain C# WPF applications for advanced optical machinery used in industrial manufacturing. Work closely with electronics and R&D teams to design software that interfaces directly with hardware systems. Contribute across the full software lifecycle, from design to deployment, in a multidisciplinary engineering environment.
This role involves working on the full lifecycle of control system projects, from design and development to testing and commissioning. You will use modern PLC and SCADA technologies, contribute to complex automation systems, and support installation and commissioning activities.
This role involves hands-on maintenance, repair, and troubleshooting of automated materials handling systems across the M4 Corridor. You'll work directly with customers, ensuring systems operate safely and efficiently, and handle a variety of tasks from preventative maintenance to emergency breakdowns.
