Course Project, Mechanical Design I January 2017 – May 2017  Designed, prototyped and tested an inverted walker that crosses a suspended cable  Simulated the gait, parts integration, required power input using Creo and MATLAB to estimate the performance of the robot  Ran position-velocity-acceleration analyses (PVA) and dynamic force analyses (DFA) to understand and enhance the mechanism  Performed multiple iterations of parts by 3D printing, laser cutting and machining to optimize the design

Course Project, Design for Manufacturability August 2016 – December 2016  Devised and constructed compact home-use sushi roller that drastically simplifies the cooking steps to make sushi rolls of uniform quality conveniently  Modeled parts with Creo and used 3D printer (FDM) and laser cutter to create rapid prototype parts  Conducted design of experiments (DOE) to optimize the time taken for rolling sushi  Ran design for assembly (DFA) analysis to examine assembly convenience  Managed bill of materials (BOM) to organize the inventory

Personal Project, SOLIDWORKS May 2016 – Present  Imported blueprints of four different angles of automobiles – front, back, right, top – to model the exteriors with precision  Projected sketches of outlines made from the blueprints to embody corresponding three-dimensional surfaces  Utilized various features of the software to create aesthetic details