I'm a mechanical engineering student at California Baptist University with a strong foundation in CAD design, finite element analysis, and hands-on manufacturing. Currently contributing to Formula SAE EV suspension design and biomechanical research. Passionate about solving complex engineering problems through simulation and prototyping.
I designed and analyzed a compound-reverted gear train with 45° helical gears that can transmit 0.4 HP at 1800 rpm in either direction, with a 15:1 gear ratio. Components, such as gears and bearings, were selected from catalogs to meet industry...
I designed and am currently fabricating a display case to showcase our vehicle's damper and bellcrank suspension system at an elementary level, in a way that is both functional and visually engaging. The purpose of the display was to recreate the...
During my first year as a mechanical engineer, I competed in a robotics competition as part of a team of 4 students, aiming to create a robot that interacts with the environment using an Arduino sensor, with judging based on an overall audience...
I was given the opportunity to collaborate with a 4-person subsystem team, a part of a larger team of over 20. The goal of the competition was to move unsorted objects from point A to point B on an arena with another team and to have the items...
When I first began learning technical skills in 3D printing, I wanted to challenge myself by scaling down a simple, rigid object in real life to test my CAD skills, the 3D printing process, and an elementary intro to assembly. I chose to model a...