A bit about myself…

I develop practical engineering solutions across lightweight vehicle structures, chassis design, powertrain analysis, CAE validation, and design for manufacture. My work combines hands on Formula Student experience, industrial mechanical engineering practice, and a strong interest in future focused automotive and mobility technologies.

Work Experience

My work experience has allowed me to develop a practical and well rounded understanding of automotive and mechanical engineering. Through my role as a Mechanical Engineer Intern at Wood PLC, I supported engineering documentation, design reviews, 3D model development, and project coordination on the INEOS Hejre Development project. Alongside this, my experience as Chassis Team Leader for BCU Racing has strengthened my skills in CATIA V5, Ansys, design for manufacture, GD&T, and structural validation through the development of an aluminium monocoque chassis. I have also gained hands on workshop experience in truck maintenance, servicing, spare parts management, and vehicle readiness, giving me a strong balance between design, analysis, manufacturing, and real world engineering practice.

Engineering Projects

My projects demonstrate a well rounded approach to automotive and mechanical engineering, combining design, simulation, manufacturing, sustainability, and vehicle systems. I have worked on Formula Student chassis design using CATIA V5, powertrain and hybrid vehicle analysis using Ricardo Wave, structural and dynamic validation using Ansys and ADAMS, and manufacturing focused projects such as a rotary vane pump designed with SolidWorks and CAM. My work also includes sustainability led research, including life cycle assessment of wind assisted ship propulsion using OpenLCA, eco friendly composite material research, and vehicle structure lightweighting through load path analysis. Together, these projects show my ability to apply engineering theory to practical challenges and develop solutions focused on performance, efficiency, manufacturability, and real world impact.