Build log — 2025 to present

Projects

Every project below shipped with numbers attached — safety factors, speeds, budgets, accuracies. If it can't be measured, it isn't done.

Abstract blueprint graphic of a rear wing aero package

2025Formula SAESOLIDWORKS · FEA · CFRP

Rear Wing Swan Mounts

Aero structures for Western Formula Racing's rear wing package.

  • Validated via FEA with a 2.0 safety factor under a 10g load case (5g bump at 120 km/h).
  • Corrected a prior-year CFRP failure mode — now supports 600 N of downforce, a 50% increase with only a 5% drag penalty.
  • Vacuum-assisted resin infusion across 5+ CFRP layups; in-house endplate machining saved ~$800.
Abstract circuit graphic representing the tractive system status indicator

2025Formula SAEElectrical · Safety systems

TSSI — Tractive System Status Indicator

Rules-critical EV safety indicator built to FSAE EV.5.11 compliance.

  • Manages 15+ LED connections with persistent BMS/IMD fault latching.
  • Provides 360° visibility at 1.3 m height per FSAE safety rules.
Abstract graphic of a campus delivery robot

2026PrototypePeltier · UV-C · RFID · Arduino

Campus Delivery Robot

Temperature-controlled, sterilized, access-controlled delivery payload.

  • 5 L compartment held below 5 °C with a 12 V Peltier module, plus UV-C sterilization.
  • 13.56 MHz RFID scanner achieving 99% access-control accuracy.
  • Shared 12 V electromechanical power distribution with thermal subsystem isolation.
Abstract graphic of a spherical droid

2025Personal buildC++ · Arduino · 3D printing

Sphere Droid

A functional ball-drive droid with a magnetically coupled head.

  • Stable spherical motion at 0.5 m/s inside a 20 cm acrylic shell; 5 lb neodymium head coupling.
  • Iterated 4 cardboard prototypes before a PLA chassis cut weight 15%.
  • C++ motor control with synchronized light and sound; 20+ hours of soldering and testing.
Abstract graphic of a line-following robot circuit

2025AutonomousArduino · IR sensors

Line Following Robot

  • Compact 15×15 cm robot (3 IR sensors, L293D driver) completing a 5 m track in <12 s.
  • Regulated 6 V power with organized wiring — 100% uptime across all test phases.
Abstract calibration gauge graphic for a breathalyzer sensor

2025ResearchMQ-3 · Fuel cell · C++

Breathalyzer Research Project

  • Portable Arduino + MQ-3 breathalyzer calibrated to within ±0.02 BAC.
  • 10-page technical report; presented fuel-cell redox data and calibration curves to 30+ peers.
Track Test — placeholder reel

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