Project PL8
A student-led sports-car program I founded to explore vehicle architecture, basalt-fiber construction, and a monocoque-style chassis.
PROJECT INDEX / CURRENT + EARLIER
This is the complete map: ambitious vehicle programs, professional test work, personal builds, software experiments, and early projects that taught me how to make things real.
The strongest current work comes first. Earlier and incomplete experiments remain listed honestly because the path matters too.
01 / FEATURED
Programs and builds where technical depth, physical execution, curiosity, and teamwork meet.
A student-led sports-car program I founded to explore vehicle architecture, basalt-fiber construction, and a monocoque-style chassis.
Full-scale impact testing and precision data acquisition for heavy-duty landing-gear dampers through my instrumentation role at MxV Rail.
A collaborative 3D-printed quadruped combining mechanical design, simulation, controls, and reinforcement-learning experiments for locomotion.
View repository ↗A Formula 1–inspired simulation cockpit combining CAD, composite fabrication, and forged-carbon construction.
An ongoing nut-and-bolt restoration of a 1984 BMW E30—part mechanical education, part long-term obsession.
02 / COMPLETE CATALOG
Entries marked as prototypes or archive projects are included for completeness, even when their original documentation is limited.
A Python proof of concept using Requests, BeautifulSoup, and Selenium to collect and step through job listings.
An early browser-extension prototype intended to assist with filling applications across major job sites.
An Excel-based personal planning and college-application tracking system built during high school.
A team-built Flutter application for a nonprofit organization, with development later moved to a private repository.
A small Solitaire game created as a programming experiment.
A workout application developed with friends during a hackathon.
An early controller and interface experiment preserved in the original project records.
A 2019 science-fair prototype exploring a solar-panel assembly with piezoelectric elements.
A course project covering CAD, GD&T, FEA, mold planning, CNC planning, and assembly.
An early thrust-vector-control concept developed for model rocketry.
An early model-rocketry reaction-wheel concept represented by a CAD animation.
An early custom desk and table CAD concept.
An early plant-holder concept retained as part of the complete project history.
An early telescope build recorded in the original project index.
Flyers and visual materials created during an engineering internship with Terra Pave International.
THE NEXT ONE STARTS WITH A QUESTION