Embedded Systems Hardware Design Engineer

An exciting opportunity has arisen for an Embedded Systems Hardware Engineer to join an innovative engineering team developing next-generation microturbine engine technology for advanced jet propulsion applications. The team is leveraging additive manufacturing and cutting-edge materials to push beyond current performance limits, creating highly optimised engine designs and bespoke control systems for a range of customer platforms. This role focuses on the design, development, and testing of production-ready embedded controller hardware. You'll work closely with controls, mechanical, and systems engineers to refine existing development systems into reliable, scalable solutions suitable for demanding real-world applications. You'll be part of a fast-paced and collaborative engineering environment with significant scope to influence both product development and technical direction., *Design and develop embedded hardware for production engine controllers, including component selection, schematic capture, and PCB layout *Rapidly implement hardware solutions for new engine ancillaries and subsystems *Develop adaptable controller hardware platforms suitable for engines across multiple thrust classes *Support testing and validation activities to ensure reliability and robustness in challenging operating environments *Collaborate with multidisciplinary engineering teams to solve complex technical challenges *Contribute to agile product development within a fast-moving engineering environment

*Strong background in embedded systems hardware design *Degree in a relevant engineering discipline (2:1 or above) or equivalent industry experience *Excellent understanding of PCB design principles and best practices, from schematics through to layout *Exposure to both hardware and firmware development projects *Strong communication and collaboration skills *Organised, self-motivated, and capable of independently managing projects *A proactive problem solver with a desire to learn and innovate Desirable Experience Experience with any of the following would be advantageous: *STM32-based platforms *PCB design for highly stressed or harsh environments *Electric motor controller design *CAN bus implementations *EMI/EMC-conscious design techniques *C or C++ programming *Basic understanding of turbomachinery and engine control systems *Experience working within fast-paced, outcome-focused engineering teams

*Competitive salary and benefits package *Hybrid working arrangement *Opportunity to work on cutting-edge propulsion and control technologies *Collaborative, highly technical engineering environment