Train students on operating the manual lathe and mill.

- Reduced faults and advanced key metrics (availability, yield, rate) in 4680 cell production by designing parts to implement on cell winding machines. Resulted in improved tool availability and decreased downtime. - Took full ownership of designs and developed parts from initial prototypes to final production through multiple iterations and trial testing.

Drivetrain lead for 2023-24 school year.- Experience the complete design, build, and test cycle while incorporating skills such as CAD, DFMA, FEA, GD&T, and machining (lathe and mill). - Create drivetrain components including the differential, wheel hub, chain guard, sprockets, and fixtures.- Optimize parts for manufacturability, tolerances, weight, space, material, durability, and assembly.

TA for CS 1112 (Introduction to MATLAB)- Host weekly office hours, answering questions and explaining content to students.- Grade projects and exams.ELI Tutor for ENGRD 2020 (Statics) and MATH 2930 (Differential Equations)

- Applied root cause analysis and GD&T principles to improve vehicle fits during maintenance and quality calls with dimensional engineers.- Streamlined operations by creating a comprehensive parts map resource that enables quicker access to part locations and station numbers.- Boosted quality control measures by calibrating measuring systems and performing DOE and data analysis.

- Developed suitable material to withstand the radiation from Sandia's Z machine (world's most powerful radiation source) using material science and MATLAB- Troubleshot and debugged faulty micro-balances and IR microscopes

- Advanced the publication of a research paper by using AutoCAD and circuit software to replicate the composition of a photon detector.- Conducted graduate research in a laboratory setting by working with a Ph.D. engineering graduate and performed over 20 literature searches.