Led the development of a custom Velocity-Based Training (VBT) system as part of a 4-person team to revolutionize athletic performance monitoring at Hamilton College. Our solution addressed critical limitations of the existing $500+ Enode Pro system by creating a comprehensive hardware-software platform that delivers superior functionality at a fraction of the cost (~$50).

The project combined custom hardware design using Arduino Nano IoT 33 microcontrollers with an intuitive multi-device web application. Our system enables simultaneous monitoring of up to 5 athletes, providing real-time velocity tracking, performance analytics, and coaching insights through a streamlined dashboard interface. The hardware features a carbon fiber 3D-printed case with velcro strapping and seamless one-click connectivity, eliminating the calibration nightmares of commercial alternatives.

• ClientHamilton College Athletics Department
• Technology StackArduino Nano IoT 33, React.js, Node.js, Carbon Fiber 3D Printing
• Key Metrics
  • • 90% cost reduction ($50 vs $500+ commercial solution)
  • • 5× multi-device capacity (vs single-device competitors)
  • • One-click setup (vs 10+ step calibration process)
  • • Custom PCB design with 24-gauge wire soldering
• Core Features
  • • Real-time velocity tracking with live dashboard analytics
  • • Carbon fiber hardware with seamless wireless connectivity
  • • iPad-compatible interface with multithreading architecture
  • • Complete documentation and DIY customization support