➤ Led a group of 40+ students in designing smaller form-factor corner assemblies for major weight savings compared to previous years➤ Oversaw the development of 3D printed, topology optimized titanium uprights using Altair Inspire for corner assembly packaging➤ Developed skills in KISSsys for more accurate simulations and generation of a two-stage compound planetary gearbox

➤ Designed and manufactured a two-stage planetary gearbox for the first ever IFE all-wheel drive vehicle built with specialized heat-treated steel parts produced via Wire EDM and 5 axis CNC machining➤ Manufactured an all-wheel drive electric go-kart for torque vector and vehicle dynamic infrastructure testing ➤ New drivetrain design with new motor sets allow vehicle to run at greater efficiencies and outperform competition ➤ Performed FEA on all drivetrain components, ensuring a FoS of at least 3 on all parts for safety and longevity➤ Waterjet components for all sub-teams and TIG welded 30% of the 2022 vehicle’s chassis and suspension A-arms

➤ Advise users of the Siebel Center for Design open lab with design and manufacturing advice ➤ Professionally trained users of the Siebel Center for Design open lab on manufacturing equipment including woodshop tools, CNC machinery, and the waterjet

➤ Honed manufacturing skills while designing and creating custom parts via waterjet, laser cutter, FDM, and SLA printers➤ Designed custom gearbox and motor packaging sleeve that optimized space for robot sizing

Due to a non-disclosure agreement I signed with Fukuta, I am not able to go fully in depth in describing what I did during my internship, though I can summarize the work I did down below:➤ Oversaw and trained fellow engineers on assembly line processes for large EV-class motors and equipment➤ Designed components to simplify assembly line processes and improve overall efficiency➤ Programmed, debugged, and automated machinery to improve overall assembly efficiency ➤ Validated output products to required specifications ➤ Dyno tested large EV-class motors for data validation

Worked as a research intern in NTU's Bio-Inspired Robotics laboratory, designing and manufacturing multiple robots including hexapod and falcon-like drone for biomimetic robot dynamic analysis. Obtained a wide range of knowledge regarding biomimetics, robot dynamics, and mechatronics while gaining higher level research experience working at a graduate, doctorate level laboratory.

Teaching assistant for Taipei American School's Summer Academy Mechanical Engineering, Microcontroller Electronics, and Robotics courses for high school students.