a workshop
by wau

We emphasize teaching club members to use software like OpenRocket for rocket simulation and design, enhancing their skills in performance analysis and enabling practical exploration of aerospace engineering concepts.

Understanding aerodynamics is crucial for rocket design, as they rely on lift, drag, thrust, and weight. Balancing these forces ensures successful launch and flight. The rocket's structural integrity is vital for withstanding the immense pressures during launch and flight, emphasizing the importance of engineering robust and durable spacecraft.

We emphasize teaching club members to use software like OpenRocket for rocket simulation and design, enhancing their skills in performance analysis and enabling practical exploration of aerospace engineering concepts.

Understanding aerodynamics is crucial for rocket design, as they rely on lift, drag, thrust, and weight. Balancing these forces ensures successful launch and flight. The rocket's structural integrity is vital for withstanding the immense pressures during launch and flight, emphasizing the importance of engineering robust and durable spacecraft.

In our workshop, we gained profound insights into the critical role of structural design in rocketry. We discovered the meticulous crafting of thrust rigs, fortified with aerospace-grade materials to withstand immense forces. Through hands-on learning, we understood the importance of precision engineering, welding, and reinforcement, essential for propelling aspirations skyward

In our avionics workshop, we embarked on an enlightening journey into the realm of printed circuit boards (PCBs). We learned their significance as the backbone of electronic systems, enabling compact and efficient designs. Through hands-on experience, we mastered the art of building an altimeter, harnessing PCBs to create precise altitude measurement devices, propelling our understanding of aerospace technology to new heights.

In our workshop, we delved deep into the intricacies of rocketry recovery systems. We learned how black powder acts as the catalyst for parachute deployment, housed within the rocket's body. Understanding the meticulous design of the parachute structure ensures a safe descent, crucial for safeguarding payloads and equipment.