Electrical engineering × computer science
Hi, I’m Andrew.
Electrical Engineering × Computer Science. Currently building t2 Robotics ↗
01 — A timeline of my workScroll · drag · explore →
01FMCW radar ↗
Built an FMCW radar system to detect and track objects in real time using TI's mmWave evaluation module.02Lunabotics ↗
Designed two PCBs from scratch in KiCad for Northeastern's Lunabotics lunar rover—a power distribution board and an I2C sensor bus board.03Electric go-kart ↗
Repaired an electric go kart by wiring the motor controllers, 48V battery, throttle, and power distribution from scratch on a dual-motor chain-drive setup.04RC car ↗
Designed and built a fully autonomous RC car from scratch.05Fuel cell ↗
Demonstrated a complete hydrogen energy cycle from electrolysis to fuel cell power generation, and tested how voltage, temperature, and solar input affect efficiency.01FMCW radar ↗Built an FMCW radar system to detect and track objects in real time using TI's mmWave evaluation module.02Lunabotics ↗Designed two PCBs from scratch in KiCad for Northeastern's Lunabotics lunar rover—a power distribution board and an I2C sensor bus board.03Electric go-kart ↗Repaired an electric go kart by wiring the motor controllers, 48V battery, throttle, and power distribution from scratch on a dual-motor chain-drive setup.04RC car ↗Designed and built a fully autonomous RC car from scratch.05Fuel cell ↗Demonstrated a complete hydrogen energy cycle from electrolysis to fuel cell power generation, and tested how voltage, temperature, and solar input affect efficiency.01FMCW radar ↗Built an FMCW radar system to detect and track objects in real time using TI's mmWave evaluation module.02Lunabotics ↗Designed two PCBs from scratch in KiCad for Northeastern's Lunabotics lunar rover—a power distribution board and an I2C sensor bus board.03Electric go-kart ↗Repaired an electric go kart by wiring the motor controllers, 48V battery, throttle, and power distribution from scratch on a dual-motor chain-drive setup.04RC car ↗Designed and built a fully autonomous RC car from scratch.05Fuel cell ↗Demonstrated a complete hydrogen energy cycle from electrolysis to fuel cell power generation, and tested how voltage, temperature, and solar input affect efficiency.
Built an FMCW radar system to detect and track objects in real time using TI's mmWave evaluation module.02Lunabotics ↗Designed two PCBs from scratch in KiCad for Northeastern's Lunabotics lunar rover—a power distribution board and an I2C sensor bus board.03Electric go-kart ↗Repaired an electric go kart by wiring the motor controllers, 48V battery, throttle, and power distribution from scratch on a dual-motor chain-drive setup.04RC car ↗Designed and built a fully autonomous RC car from scratch.05Fuel cell ↗Demonstrated a complete hydrogen energy cycle from electrolysis to fuel cell power generation, and tested how voltage, temperature, and solar input affect efficiency.01FMCW radar ↗Built an FMCW radar system to detect and track objects in real time using TI's mmWave evaluation module.02Lunabotics ↗Designed two PCBs from scratch in KiCad for Northeastern's Lunabotics lunar rover—a power distribution board and an I2C sensor bus board.03Electric go-kart ↗Repaired an electric go kart by wiring the motor controllers, 48V battery, throttle, and power distribution from scratch on a dual-motor chain-drive setup.04RC car ↗Designed and built a fully autonomous RC car from scratch.05Fuel cell ↗Demonstrated a complete hydrogen energy cycle from electrolysis to fuel cell power generation, and tested how voltage, temperature, and solar input affect efficiency.01FMCW radar ↗Built an FMCW radar system to detect and track objects in real time using TI's mmWave evaluation module.02Lunabotics ↗Designed two PCBs from scratch in KiCad for Northeastern's Lunabotics lunar rover—a power distribution board and an I2C sensor bus board.03Electric go-kart ↗Repaired an electric go kart by wiring the motor controllers, 48V battery, throttle, and power distribution from scratch on a dual-motor chain-drive setup.04RC car ↗Designed and built a fully autonomous RC car from scratch.05Fuel cell ↗Demonstrated a complete hydrogen energy cycle from electrolysis to fuel cell power generation, and tested how voltage, temperature, and solar input affect efficiency.