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 integrating advanced control and autonomy capabilities for military aviation. You'll work with multidisciplinary teams to deliver innovative solutions, from concept and simulation to real-world deployment and operational trials.
This role involves leading systems engineering activities for UAV development, including requirements management, system design, and integration. You will work closely with multidisciplinary teams to ensure seamless system integration and performance, with a focus on cutting-edge autonomous and unmanned aviation technologies.
This role involves developing and testing safety-critical flight control software for unmanned aerial systems using MATLAB/Simulink, including flight control law design, simulation, and real-world flight testing. The engineer will work within a multidisciplinary team to deliver autonomous systems, contributing to requirements, verification, and process improvement. Proximity to a test facility enables rapid iteration between simulation and live trials.
Develop and test safety-critical flight control software for unmanned aerial systems using MATLAB/Simulink, from algorithm design through simulation to real-world flight testing. Contribute to requirements, implementation, and validation within a multidisciplinary autonomy team. Work spans control law development, data algorithms, and deployment on embedded hardware in a secure R&D environment.
This role involves designing and developing safety-critical embedded software for autonomous systems, focusing on runtime assurance, mission safety, and regulatory compliance. You will work with high-integrity languages like SPARK Ada and contribute to the certification of autonomous systems in aerospace and land domains.
This role involves designing, developing, and verifying safety-critical embedded systems for autonomous platforms. You will work on runtime assurance, mission safety, and certification, contributing to the company's goal of trusted and ethical autonomy in aerospace and land domains.
The role involves creating and maintaining electrical schematics, wiring diagrams, and cable harness documentation using SolidWorks Electrical. The technician will work closely with engineers to produce accurate and controlled documentation for manufacturing, testing, and supporting reliable electrical assemblies.
This role involves leading the design, development, and deployment of advanced robotic systems, focusing on software architecture, perception, planning, and control. You will collaborate with multidisciplinary teams, mentor junior engineers, and evaluate emerging technologies to enhance system performance.
You will design, build, and test new RF-based systems for airborne radars, autonomous drone sensors, and advanced LSWaP devices. Collaborate with a team of experts to deliver high-tech solutions for diverse applications, including mobile ad-hoc radio networks and space-based radars.
This role involves defining verification strategies, developing test frameworks, and conducting requirements-based verification and validation for safety-critical embedded software. You will work on flight-critical control systems and mission-assurance systems, using advanced techniques like automated testing, fuzz testing, and fault injection.
This role involves working on complex RF signal data for defence and security applications, specifically in the areas of ML modelling for RF signal characterisation and modification. You will lead applied RF engineering work, advance signal processing pipelines, and develop next-generation prototype technologies using Python, digital signal processing, and RF hardware.
