I work on the design, testing, and optimization of the driver interface system for our all-electric race car, focusing on driver ergonomics, control, and safety. I love tackling real-world engineering challenges and advancing sustainable, high-performance vehicles.

worked hands-on with hydraulic systems, electronics, and mechanical components to support the development and testing of calibration tools and electronic modules. My responsibilities include:

• Assembling and configuring hand pumps, wiring harnesses, and PCBs

• Creating and managing BOMs (Bills of Materials) for EM, DC, and Spec boxes

• Designing custom parts in CAD and integrating them into system rigs

• Performing validation and testing on calibration systems

• Collaborating on improvements to hydraulic load calibration tools, including fieldwork at the Davis office

• Troubleshooting mechanical systems and supporting repairs (e.g., Haas machine)

• Managing documentation, return labels, and ordering parts

This internship has strengthened my skills in mechanical design, prototyping, system validation, and interdisciplinary collaboration across hardware and electrical teams

I research soil health and air pollution to develop community-driven projects that improve health, create jobs, and promote equity in Richmond. My work aims to address environmental injustice through actionable, sustainable solutions.

Worked in a agricultural engineering lab with a lead professor and graduate student interns. Machined and designed parts for large harvesters, including almond picker fitted with laser quality scanners and stone fruit harvesting machines. Worked making yield maps with drones.