Worked with the Aerodynamics Department in optimizing designs, increasing downforce through iterative CFD analysis. Successfully manufactured carbon fiber components, such as the undertray, Air Intake, airfoils, and many more components, enhancing performance. Utilized detailed analysis to adapt strategies and support team members in efficiently achieving departmental objectives.

Engineered an aerodynamically efficient Formula Student car, achieving a drag coefficient of 0.43, enhancing performance and competitiveness. Managed team dynamics through goal setting, workshops, and progress analysis, ensuring alignment with project objectives and deadlines, while participating in organizational events to stay informed of industry developments.

As a structural team member, I researched various chassis types, analyzing why other teams use them and comparing material properties, availability, and cost. After extensive research, we concluded that a spaceframe chassis made from AISI 4130 alloy steel, which offers excellent weldability and is readily available, was the best option for our needs and budget.