Real Time Systems Development Engineer

Working closely with our Control Systems Group, you’ll play an important role in developing and advancing our real-time simulation capabilities, including our Gearbox Dyno and Driver-in-the-Loop (DIL) Simulator.

This is an opportunity to work across real-time systems, controls and multi-domain modelling, developing and integrating sophisticated simulation solutions that accurately replicate real-world powertrain, driveline and vehicle behaviour. Your work will directly contribute to improving simulation fidelity, system performance and our ability to develop and validate vehicle technologies., * Support the ongoing development and evolution of the team’s Gearbox Dyno and DIL Simulator.

• Develop, integrate and maintain real-time models covering power unit, driveline, hydraulic and vehicle systems.
• Develop and improve simulation and control solutions to enhance the accuracy, fidelity and performance of HIL systems.
• Apply modelling, simulation and correlation techniques to validate system behaviour, investigate discrepancies and resolve technical issues.
• Develop, integrate and maintain real-time and Hardware-in-the-Loop (HIL) simulation solutions.
• Develop interfaces and integration between real-time systems, including the Gearbox Dyno and DIL Simulator.
• Contribute to the development and maintenance of tools for system configuration, diagnostics, data visualisation, simulation and analysis.
• Work collaboratively across Simulation, Vehicle Modelling and Control Systems, communicating technical findings and contributing to engineering development activities.

• Excellent degree in Engineering, Physics, Mathematics, Data Science or a closely related discipline.
• Demonstrable experience in real-time systems development, HIL simulation, mechatronics or control systems engineering.
• Strong understanding of modelling and simulation across multiple engineering domains, including mechanical, hydraulic, thermal and electrical systems.
• Experience applying correlation and validation techniques to identify, investigate and resolve modelling or system discrepancies.
• Strong problem-solving, mathematical and analytical skills, with the ability to approach complex engineering challenges methodically.
• Ability to work effectively across multidisciplinary engineering teams, taking ownership of tasks and delivering with minimal supervision.
• Excellent communication skills, with the ability to convey complex technical information clearly and concisely.
• A calm, confident and results-driven approach, with the ability to deliver effectively in a demanding, fast-paced environment.

Desirable:

• Experience within Formula One, high-level motorsport, automotive or powertrain development.
• Postgraduate qualification (Master’s or PhD) in a relevant engineering or scientific discipline.
• Experience working with ECUs and real-time operating systems.
• Familiarity with communication protocols such as EtherCAT and CAN.
• Experience with electric motor actuation, servo drives and hydraulic actuation.
• Programming experience using MATLAB/Simulink, C/C++, Python, C# or similar languages.
• Experience with simulation, control and data acquisition tools such as dSPACE, DYMOLA, AVL-PUMA, SystemMonitor/TAG SECU and ATLAS.
• Familiarity with development and collaboration tools such as Jira, Git and Bitbucket.
• Understanding of numerical methods, optimisation, control theory, vehicle dynamics and vehicle performance simulation.

Investing in your career is paramount. We promote professional and personal development through a provision of learning opportunities and work with you to shape your career and realise your full potential.

As part of our high-performing, collaborative team, you’ll enjoy a competitive package, including a discretionary bonus scheme, private healthcare, pension plan, life assurance, TEDSgroup childcare benefits, a cycle-to-work scheme, tech scheme, and car scheme.