Led the development of novel breathable prosthetic liners, addressing dermatological challenges and improving patient comfort through material innovation and individualised design. Collaborated with the UK’s leading prosthetic company to transfer innovative academic research into practical, manufacturable solutions.• Fabricated flexible porous structures that wick moisture to prevent skin irritation in prosthetic users.• Evaluated the performance of the prototype structures using a purpose-built experimental rig.• Selected and tested biocompatible materials' mechanical and chemical performance to ISO standards.• Validated the stereolithography (SLA) 3D printing process to rapidly prototype medical-grade parts.

Responsible for the timely coordination and leveraging of the club’s finances in accordance with the wishes of its members; This supports the frictionless running of trips, purchase of equipment, and collaboration with the university’s student union.

Designed systems such as door mirrors, headlamps, screen washing, and horn. Tested and developed components for five models. Updated 3D models and technical drawings using geometric dimensioning and tolerancing (GD&T). Evaluated and selected suppliers and transferred designs from concept to serial production.• Responsible for horns on all European models throughout their entire product lifecycle. Introduced a new design on two of them. Validated an existing design for two others as best in class for that segment. Created a new minimum quality requirement that was written into the standards for each class of vehicle.• Led the design and paint development of door mirrors on two new models.• Saved €4m by creating a new simulation and testing capability for headlamp lighting. Enabled measurable specifications and evaluation of alternative solutions to achieve new performance requirements.• Invented a patent-pending algorithm to modify design files, enabling timely use of the simulation system.• Developed a business case for each new design and presented it to executives, including the Head of Nissan Europe and the Chief Test Engineer from Japan, showcasing strong project management skills.• Used competitor benchmarking and supplier collaboration to evolve design specifications. Carefully considered complex data on market, legal, and regulatory environments in many markets. Considered workability, ease of installation, and security. Reviewed customer feedback and complaints data.

Managing the finances for the society, planning and providing online theory sessions and supporting the coordination of trips to the airfield.