Aerodynamics & simulation
From airflow to flight paths. Explore CFD, stability and aerodynamic design with SimScale and OpenRocket.
Real hardware. Open tools. Interdisciplinary thinking. Our engineering modules connect every part of the journey from simulation to recovery.
From airflow to flight paths. Explore CFD, stability and aerodynamic design with SimScale and OpenRocket.
Turn a digital design into lightweight airframes, composite structures and precision 3D-printed components.
Study commercial solid motors, test mounts and thrust characterization through supervised ground testing.
Engineer indigenous launch rails, remote ignition systems and the mechanical interfaces behind every flight.
Build toward solar observation, atmospheric sensing and a student-led ground station.
Connect sensors, telemetry and recovery systems with rigorous validation and range safety practices.
Water rocket baselines and multidisciplinary build sprints.
Aerodynamic experiments using accessible, open solvers.
Explore fabrication, electronics and supervised testing.
Faculty-led masterclasses, webinars and student research.
Safety is a design requirement. Physical testing is subject to faculty supervision, authorization and appropriate range protocols.
Aeronautical. Mechanical. Electronics. Computing.
Different disciplines. One shared sky.