MECHANICAL ENGINEERING
Mechanical Engineering allows me to use creativity to solve real life problems, letting my imagination truly come alive.
FORMULA ELECTRIC @ BERKELEY
CHASSIS AND ERGONOMICS ENGINEER
A. ERGONOMICS RIG
A successfully functioning vehicle cannot happen without planning and testing. As a part of the ergonomics team, I helped build this adjustable structure out of wooden planks and 80/20 in order to find constraints for the rest of the team.
B. STEERING WHEEL
The steering wheel is the most important part of the car for the driver and needs careful consideration on its material and controls to allow for the best possible driver performance during the race.
Read my design docC. ACCUMULATOR COOLING SYSTEM
As the accumulator carries the batteries that power the entire vehicle, cooling becomes essential in preventing system failure. Through thermal analyze and mass flow rate calculations, I am coming up with the most space efficient and cost effective solution for accumulator cooling.
Work in progress…
Follow my design process!
ARRIS COMPOSITES
MECHANICAL ENGINEERING INTERN - AUTOMATION TEAM
As a part of a fast growing composites startup, I designed and prototyped multiple components to aid the automation of the manufacturing process.
Unfortunately these projects are nondisclosable a part of my NDA
TRUBOTICS
ROBOTICS ENGINEER
This is where my excitement for engineering started, that I too was capable of building a cube tossing, self lifting robot within only 3 months of learning. Where I learned the power of trial and error and never giving up. When I realized that there was so much creativity and learning ahead of me in robotics.
Check out our Design Notebook!