Rocket Directory

  Dive into the fundamentals of Aerodynamic Engineering to understand how air interacts with the shape and design of rockets. We explore concepts such as lift, drag, and stability, which are crucial for achieving successful and controlled flights. Through hands-on experiments, simulations, and educational resources, we aim to deepen our members' understanding of the science and engineering principles that govern rocket aerodynamics. 

 Dive into the fundamentals of Jet Propulsion Engineering to understand how rocket engines work, how they generate thrust, and how they propel our model rockets to soaring heights. We explore the principles of aerodynamics, combustion, and fluid dynamics that make these rockets take flight. Through hands-on projects, discussions, and educational resources, we aim to deepen our members' understanding of the science and engineering behind rocketry. 

 Dive into the fundamentals of Airborne Equipment Engineering to understand the components that make rockets fly. We explore various onboard systems such as altimeters, GPS trackers, telemetry systems, and recovery mechanisms. Through hands-on projects and discussions, we aim to deepen our members' understanding of the engineering principles that govern the performance and functionality of these airborne systems. 

 Delve into the fundamentals of Launch System Engineering to understand the components that make a successful rocket launch possible. We explore various elements such as launch pads, launch mechanisms, ignition systems, and safety protocols. Through hands-on projects and discussions, we aim to deepen our members' understanding of the engineering principles and considerations that go into designing and operating launch systems.