• Competitive university team that designs hyperloop technologies application to compete at SpaceX

• Lead designer of battery enclosure that would securely brace the batteries in the hyperloop

• Generated designs of enclosures, GD&T drawings, stress simulations in Ansys, material selection, and complete prototype of enclosure using carbon fiber

• Worked to design a personal aerial transportation vehicle with hope to reduce traffic congestion on highways

• Supported and manufactured parts that were built into the frame of the car by using lathe, belt sanders, common power tools, etc.

• Assessed and validated a standard for measuring the tolerances and specifications of CAD designs

• Complete redesign of pedal box to provide adjustability for drivers of varied height.

• The new design utilizes a rail system for which the pedal box can slide, thus, can be adjustable to the driver’s comfort.

• Combat issues with welding warpage, ergonomic challenges, material selection, system stress analysis, mounting, and improved safety factor for pedal box to withstand 450 pounds of force

• Every aspect of pedal box is assembled in Solidworks for precise measurements which includes both brake and accelerator pedals, master cylinders, springs, push rods, balance bars, etc.

• Competitive university racing team that composes of multidisciplinary engineer

• Each year a brand-new electric car is created through design, machining, manufacturing, and testing

• Manufactured battery cell enclosures which became a part of the tractive system. Each enclosure contains battery modules made up of 72 Sony batteries (9 series, 8 parallel)

• Constructed an enclosure to house high voltage electronics and several PCB

• Learned to Use Hardware tools: Metal Benders, Grinder Wheels, Lathe, Milling Machine, Drill Press, Common Power Tools, etc.