Mechanical Engineering + Computer Science
I build robots and software that solve practical problems. I’m studying mechanical engineering at Stanford and working toward a computer science minor.
View projectsI like taking a project from the first CAD model to something I can build and test. That usually means moving between mechanical design, fabrication, and code until everything works together.
At Perrybotics, I lead robotics programs across six high schools. At Southern California Edison, I built tools for proposal review and outage planning.
Mechanical Engineering · Pursuing a Computer Science minor
Expected June 2029 · Stanford, California
Mechanical Engineering
Computer Science · In progress
GPA: 3.75 · QuestBridge, Edison, and HSF Scholar
Selected coursework: Design for Extreme Affordability I–II, Solid Mechanics, Programming Abstractions, ODEs & PDEs.
In progress: Building AI-Enabled Robots, Computer Systems from the Ground Up, Dynamics, Applied Machine Learning.
Industry, leadership, teaching, and field work.
June-September 2026
Southern California Edison
I built proposal-review and outage-planning tools for the Transmission & Distribution team. I also went on field walkdowns and helped work through repair options with Project Engineers.
April 2025-Present; Mechanical Lead and Project Manager, 2021-2025
Perrybotics
I lead VEX programs at six high schools, manage our $15,000 annual budget, and help run CTE programs for 400 middle-school students. Before that, I led mechanical design and built competition robots with the team.
June 2024-August 2025
Magikid Robotics Lab
I taught robotics to 31 students ages 4–13 and coached a team through robot design, controls, and project planning to qualify for the VEX AI World Championship.
March 2018-Present
Guzman Electric & Plumbing Services
I’ve worked alongside my dad on more than 1,000 service visits and 90 residential remodels. It’s where I learned to troubleshoot, work with what’s on site, and build things someone can actually fix.
Robots, software, and the
decisions behind them.
Led mechanical design and fabrication of a compact VEX robot, refining the drivetrain and mechanisms through three major iterations and removing 1.5 lb from the build.
Built an on-device AI proposal-review tool that reduced estimated review effort from 126 hours to 8, with source-linked scores and protected documents kept local.
Designed and built a three-pound combat robot with a vertical drum and a modular printed chassis, reducing chassis mass by 30%.
Connected outage planning data in Power Apps and Power BI to screen 72 outages and flag 30 potential schedule conflicts for project teams to review.
Led the mechanical design of a low-profile VEX robot, fitting the drivetrain, intake, launcher, and roughly 50 components into an 18 × 18 × 6-inch package.
Designing an 8S FPV drone around a 245 mm frame and a 710 g mass budget, balancing propulsion, packaging, and aerodynamic constraints. Build and flight testing are in progress.
