How a University Robotics Team Cut Their Design Cycle in Half
The MIT Robotics Club used Schematik to go from concept to competition-ready boards in 3 weeks instead of 6.
#The Problem
Every year, the MIT Robotics Club designs custom motor driver and sensor boards for their competition robots. The process typically takes 6 weeks — 3 for schematic and layout, 2 for PCB fabrication, and 1 for assembly and testing. With competition deadlines looming, they needed to move faster.
#Why Schematik
The club's electrical lead discovered Schematik while searching for faster schematic capture tools. The key selling point: AI-assisted wiring that understood motor driver circuits and could suggest proper bootstrap capacitor placement and gate driver configurations.
#The Results
Schematic capture: 1 week → 3 days. The wiring engine handled most of the repetitive connections — power distribution, decoupling caps, and signal routing. The team focused on the high-level architecture instead of pin-by-pin wiring.
Design review: 1 week → 2 days. Schematik's real-time DRC caught issues that would have been found during review: a missing flyback diode on a motor driver, an incorrect current sense resistor value, and a thermal relief that was too restrictive.
Total cycle: 6 weeks → 3 weeks. The team had working boards in hand with time to spare for software development and mechanical integration.
#The Competition
The team placed 2nd overall at the 2026 Northeast Robotics Competition — their best result in 4 years. They credit the extra time for software tuning that the faster hardware cycle enabled.
#Advice for Other Teams
"Start your schematic in Schematik even if you plan to do the final layout in KiCad. The AI catches mistakes early, and the export is clean. It saved us at least 20 hours of debugging."