A student-led aerospace electronics and systems engineering lab focused on rockets, flight computers, GNC systems, and autonomous aerospace technology.
We're designing and building a student-developed flight computer system with custom PCBs, real-time sensor fusion, and closed-loop fin actuation for a guided rocket system.
Preliminary design and simulation of a rocket for L1 certification using OpenRocket. Focus on stability, flight profile optimization, and safe recovery system integration.
Development of an actively stabilized fin control system for amateur rocketry. Integrates microcontroller feedback, servo actuation, and aerodynamic modeling.
Designing printed circuit boards (PCBs) in Altium for flight computers and embedded aerospace systems. Includes power regulation, sensor integration, and modular architecture.
Our submission to the ASC competition: a Mars-adapted, recyclable solar power system made from reclaimed composites. Emphasis on sustainable design, reliability in Martian conditions, and circular economy lifecycle analysis.