⊕ Patents
01/provisional
Founded a nonprofit teaching seniors and underserved communities to navigate technology, three library workshops to date, recurring senior tech support, and an e-waste collection initiative across Worcester County.
Provisional patent filed. A continuous-loop, four-conductor residential architecture with distributed mini-panels and USB-C PD integration; lower copper, safer fault tolerances.
Programmer. WPILib command-based Java, swerve drive, state-space control, LQR & Kalman filter tuning for our shooter subsystem.
Web app visualizing AI’s environmental water and carbon footprint, query-level estimates, datacenter mapping, and a public methodology. Built independently end-to-end.
An online platform with 30,000 monthly active unique users. Built and scaled independently while in high school.
Independent equity and derivatives research. Systematic analysis of options chains, earnings volatility, and macro positioning. Curiosity-driven, rigorously documented.
Hands-on hardware diagnostics and repair, screens, batteries, logic boards. The same instinct that made me take apart electronics at age 7, applied commercially.
One-person creative manufacturing, laser engraver, Prusa Mini 3D printer, and Cricut. Custom physical goods, made to order. Named after a Maltipoo.
WooServes, Sherwood Middle School Robotics, FLL Summer Camp, Tech Awareness Association, Rally4Hope tennis clinics, El Buen Samaritano, Pernet Family, and Community Harvest. Tutoring, teaching, sorting, serving, and showing up.
I’ve been taking electronics apart since I was seven. Now I build things that hold provisional patents, run nonprofits, and compete in FIRST Robotics. I’m a junior at Shrewsbury High School in Massachusetts.
I work at the intersection of hardware and community. Finding small, stubborn problems and shipping the systems that fix them. Most of what I make starts on a bench and ends in someone else’s hands.
Most projects start with watching someone struggle, a neighbor, a teammate, a senior at the library. The stuck place is the brief.
Cardboard, breadboards, terrible HTML, whatever ships fastest. The point is to feel the problem in your hands.
Real users break designs in surprising ways. Each cycle gets less ambitious in scope and more honest in detail.
Documentation, training, open architectures. If a project depends on me being there, I haven’t finished it.
Took apart a remote-control car and didn’t put it back. The screwdriver never left my hand after that.
Side project goes live in tenth grade. Word of mouth carries it from zero to thousands of monthly users.
Tech Awareness Association founded. FRC Team 467 begins. Stock research notebook opens its first page.
48V DC residential architecture goes provisional. OpenH₂O publishes its methodology to the public.
Platform stabilizes at 30,000 monthly active users. Repair hustle hits 120+ devices. Junior year underway.
What comes after high school is still being written. Open to research, hardware, and uncommon problems.
I’m open to research collaborations, speaking opportunities, and interesting problems, especially anything that lives where hardware meets the people who’ll actually use it.