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KO2 Embedded Recruitment Solutions LTD is recruiting a Software Solutions Architect to lead the architectural design of autonomous and robotic systems in a defence-focused R&D environment. The role centers on defining scalable, maintainable software architecture and CI/CD processes for robotics payloads, vehicle automation, computer vision, sensor fusion, and digital twins.
The position reports to the Head of R&D and operates in a safety-conscious, evidence-driven setting where prototyping
£70,000 + Bonus
Newcastle upon Tyne, Hybrid 3/2, Relocation Package Available
KO2's client is one of the world's leading providers of counter-mine and combat engineering systems, supplying complex autonomous and remote-controlled equipment to military end users globally. With a £3m R&D investment programme underway and an ambitious roadmap to become the world number one for Autonomous Combat Engineering Systems, this is a rare opportunity to join at the architectural heart of that journey.
This is a senior, architecture-level position within the R&D function, reporting to the Head of R&D. You will not be the primary coder. You will be the person who designs and governs the software architecture and CI/CD process that the engineering team builds within. You will own the framework that ensures software developed across robotics payloads, vehicle automation, computer vision, sensor integration, digital twins and simulation is scalable, maintainable, compliant and defensible to safety-critical standards.
Critically, this is an R&D environment. You will need the pragmatism to allow a first-off prototype to move forward on the right evidential path without demanding full compliance upfront, while ensuring the architecture and process in place can scale to full qualification when required.
Defining and implementing end-to-end software architecture and CI/CD pipelines for remote and autonomous systems. Establishing unit testing, verification and validation processes, and building the body of evidence required to satisfy defence safety-critical standards. Integrating software architecture across control systems, computer vision, sensor fusion, simulation and digital twin platforms. Supporting final system integration, commissioning and real-world field trials with global military end users.
You will have a strong background in software architecture design and implementation for safety-critical or compliance-driven systems. Hands-on experience with C/C++ and Python in Linux real-time environments is essential, as is the ability to read electrical schematics and work across hardware and software boundaries. Experience implementing CI/CD processes for safety-critical software is required. Familiarity with ROS/ROS2 is advantageous, and experience with machine learning, OpenCV or CODESYS/PLC environments is beneficial. A background in automotive safety systems, defence, robotics or autonomous vehicle development would be highly relevant. Degree in Software Engineering, Computer Science or equivalent to a 2:1 minimum.