Mechanical Design Engineer – Aerodynamics Technology Development

We’re driven by relentless ambition, cutting‑edge technology, and the determination to win at every level. You will:

• Play a leading role in the design and development of complex mechanical assemblies, mechanisms, and precision engineering systems, including hydraulic systems, electro‑mechanical systems, and motion/actuation systems for the Wind Tunnel and Wind Tunnel Model.
• Own design solutions through the full lifecycle: concept schemes, preliminary design, detailed design, FEA validation, manufacturing liaison, and test/verification support.
• Translate aerodynamic development requirements into robust and manufacturable engineering solutions, collaborating directly with aerodynamicists, model shop, manufacturing teams, and suppliers, within tight deadlines.
• Take ownership of all relevant manufacturing and assembly drawings, ensuring GD&T compliance throughout to a high standard.
• Contribute to the continuous improvement of engineering standards and methodologies within the group and the wider department.

Technical requirements:

• Experience designing complex mechanical systems within motorsport, aerospace, defence, robotics, automation, or other high‑performance engineering environments.
• Proficiency in 3‑D CAD (Siemens NX preferred), large assemblies, drafting, motion simulation, electrical/hydraulic routing, sheet metal and FEA.
• Expert application of GD&T and tolerance stack analysis, to BS 8888 and ISO 1101 standards.
• Proven FEA modelling and interpretation experience, including static structural analysis, modal and frequency response analysis, and fatigue/durability assessments.
• Strong machine design knowledge, including mechanisms, bearings, transmissions, structural joints, and precision assemblies.
• Excellent understanding of manufacturing processes (CNC machining, EDM, fabrication) and materials (specifications, mechanical properties, heat treatments, surface engineering).

Highly desirable:

• Hydraulic systems design, including hydraulic schematics, HPUs, actuators, valves, servo‑hydraulic systems, and system integration.
• Mechatronic or robotic system design, including motors, encoders, brakes, sensors, motion control, and electro‑mechanical actuation.

What sets a strong candidate apart:

• 2+ years’ track record of owning complex design packages independently.
• Experience working to tight deadlines in a high‑performance environment, where design iteration speed and weight optimisation are critical.
• A genuinely creative, first‑time‑right approach to problem‑solving, balanced with rigorous engineering discipline (FMEA, design reviews, risk logs).
• Excellent cross‑functional communication – comfortable presenting design rationale to aerodynamicists and challenging requirements where needed.

Benefits:

• On‑site gym.
• Free daily food allowance.
• And many more!