Projects
Suspension Bridge
Fabricated a 20 x 4-inch working suspension bridge through SolidWorks to successfully achieve a maximal load of 2.5 kg on the inner cables alongside two others. Tested suspension bridge through buckling and FEA analysis to optimize the sag height of the inner cables.
Helicopter
Coded and developed a Python script to manage a Raspberry Pi Pico circuit, enabling a helicopter to detect and maintain a specified angle of flight that somebody could change through pressing a button on the circuit.
Modeled a gearbox and outer design of a wind-up duck in SolidWorks through precise caliper measurements, creating a functional prototype comprised of over 20 unique parts.
Constructed a 4 x 6-inch lighthouse using SolidWorks to re-create the University of Pennsylvania’s historic boathouse while using 0.25-inch MDF and three unique wood joinery techniques to develop a clean, interlocking final product.
Modeled a 18 x 9-inch functioning catapult which can launch 6 balls up to 2m. Used a laser cutter to fabricate the shell as well as a 3d printer to create hooks for rubber bands to launch the catapult.
Coded a Python program that lets the user play a poker game against the computer. This game allows one to place wagers against the user and win money until either they lose all their money or win it all at the table.
