• Built a detector that detects the 3D positions of facial landmarks on a 3D scan of a real person.• Using R3DS Wrap and the 3D facial landmark detector, individually developed a fully automaticpipeline registering temporal sequences of 3D scans of a person to a mesh template.• Independently designed a fully automatic pipeline that augment temporal sequences of scans usingOpen3D, putting glasses on 3D scans of a person as if the person is wearing the glasses. Theaugmented sequence is also temporally smoothed for reduction of jittering.• Built a quantitative evaluation method for the augmentation pipeline, which evaluates temporaljittering of the glasses and verifies the validity of the wearing styles.

• Implemented a computational fluid dynamic (CFD) simulator that can simulate liquid behavior in3D under the effects of viscosity, pressure, gravity, and interaction with a container.• Sought applications of a biphasic smoothed particle hydrodynamics solver built using C++. Forexample, used the solver to simulate gram-negative bacteria under osmotic shock

• Participated in the design process of an axial flux motor prototype for electric vehicle propulsion.• Developed a magnet cutting pattern that can reduce the eddy current loss in power ferrites using Ansys Maxwell 3D.• Identified the iron loss in each of the motor components by performing simulations with Ansys Maxwell 3D. • Designed a set of flanges and supports using NX CAD to fit the motor prototype on a dyno, which allows installation of torque sensors at different measuring ranges without disassembling the dyno.• Constructed 2D drawings and set manufacturing tolerances for machined components in the motor.

• Designed two sets of cost effective, high factor of safety and light-weight push rod suspension rockers using SolidWorks. • Evaluated different possible structures for the rocker and optimized the parts by solving closed-form expressions of a simplified model and simulating using SolidWorks FEA.• Participated in the manufacturing and testing process of the steering and suspension system.• Designed and manufactured cooling system support, rear aerodynamic kit support and the racecar’s firewall.

• Participated in developing a printed circuit board which was designed to calculate the power consumed by some smart home devices.• Verified PCB design by populating and testing the prototypes.• Calibrated the product by analyzing data using MATLAB.

• Partook in quality control processes for suspension and brake components.• Tracked experiment progress, and managed experiment data using Excel.