Designing and developing CanSat that shall consist of a container and a tethered payload equipped with high-end electronics. And managing a multi-disciplinary team of 10 students to engineer a solution for the CanSat problem statement.

Research and development trainee for propulsion and bionics department. Designing vacuum plasma propulsion system for Lagrange point. Researched making artificial gravity, habitual temperature control system, space agriculture, and efficient way to produce oxygen, carbon dioxide and water in space vacuum

Conducted technical workshops on Drones, RC planes, Robocars, and Hovercrafts as mentors. Performed UAV flying shows. Represented our institution in the national level drone competition