Stetson Schott Email & Phone Number

UCLA

- Managing both the steering and structure leads during the design and construction of a fuel efficient vehicle

UCLA

- In charge of the numerous projects for the steering subteam of Supermileage for whose goal it is to build the most fuel efficient vehicle- Projects include: custom built tires and wheel rims, suspension, front steering assembly, brake system, and a rolling resistance measuring device

UCLA

- Designed and performed structural analysis of a chassis dynamometer to improve testing efficiency of the car- Assisted in the design and construction of sheet metal guards for the gears and pulleys

UCLA

- Provided training and instruction on SolidWorks to the 40-60 new members of Bruin Racing in a 5-week intensive course

UCLA

- Co-led a mechanical training course for new members on the basics of MATLAB, FEA and rapid prototyping

UCLA

- Made the code and successfully milled part on a CNC mill, as well as created a standard operation procedure for using the machine.- Perform thermal interface materials measurements on graphitic carbon and other reference samples to determine thermal interface resistance.

Alameda, California, United States

- Helped in a variety of projects relating to research, design, analysis and testing- Researched the temperature measurement systems of past HTGR reactors- Designed and created GD&T drawings for an instrumentation assembly using weldments in SolidWorks- Created an explicit 2D time varying finite difference model to analyze temperature profiles- Used.

San Francisco, California, United States

- Part of an innovative team of engineers whose goal is to create a net-zero energy airport by 2030- Used AutoCAD to create and edit drawings for two projects, one related to fuel storage and transport for a generator and another for a methane gas detection system in SFO's utility tunnels- Revised project documents for consistency and ease of reading prior.

Los Angeles, California, United States

- Developed and taught two sessions of a three week intensive 90 hour course to 20 high school students on the principles of engineering design- Designed, constructed, and presented a 3d printed demonstration on different steering designs in cars- Lectured on computer aided design (CAD) and other aspects of designing a Go-Kart such as Steering, Chassis.