About Me

Hi I am Thomas Guan :wave:,
I’m a UBC Mechanical (Mechatronics) Engineering Grad, combined with a Masters degree in Mechanical Product Design at UC Berkley!
I’m currently building batteries at Lucid Motors :battery:
I am passionate about creating elegant products and designs, and developing solutions towards problems with big social impact, with a soft spot for sustainability. :evergreen_tree:
I spend my free time hiking, climbing, singing, and playing Overwatch/Valorant! :video_game:

Hardware Skills

Mechanical Design

95%

Design for Assembly/Manufacturing

90%

Rapid Prototyping (Mechanical/Electrical)

90%

Software Skills

SOLIDWORKS

95%

PTC Creo

85%

Autodesk

70%

Code Languages

Python

90%

C/C#

80%

MATLAB/SIMULINK

75%

Mechanical Engineer, High Voltage Battery, Lucid Motors

2023 — Present

Designed battery module components for the Lucid Air and Gravity. Working on Lucid Midsize, developing the battery pack.

Graduate Student, UC Berkeley Mechanical Engineering

2022 — 2023

Masters of Engineering, Product Design

Undergraduate Student, UBC Mechanical Engineering

2017 — 2022

Bachelors of Applied Science, Mechatronics Specialization

Mechanical Product Design Co-Op, NETGEAR, Canada

Jan 2021 — Aug 2021

Designed and developed consumer electronic devices, focusing on networking and router products. Brought industrial designs to life, designed mechanical systems and enclosures for electrical devices. Focused on design for manufacturing, design for assembly, and electromechanical system integration. Developed prototypes for a gaming router concepts, including lighting, mechanical actuators, and a lotus-flower esque enclosure.

Mechanical Engineer Co-Op, LB Foster Rail Technologies, Canada

Aug 2019 — Dec 2019

Designed steel hardware for train-mounted lubrication devices, working closely with manufacturing. Performed FEA, vibration, and other mechanical analysis on parts to verify feasibility and strength. Engineered tests and created data models for failure analysis on train vibration and its effect on hardware.