Mahdi

 Mahdi Zayet presented an insightful session on rocket stabilization, explaining the principles behind maintaining a rocket’s balance and trajectory during flight. He discussed key stabilization techniques, including the use of gyroscopes, control fins, and thrust vectoring to counteract external forces and ensure a smooth ascent.

To demonstrate these concepts, Mahdi showcased a working prototype of a stabilized rocket system. His prototype illustrated real-time adjustments and corrections, giving attendees a hands-on understanding of how stabilization mechanisms work in aerospace engineering. His session provided valuable knowledge and sparked curiosity among aspiring engineers and space enthusiasts.

the SAT team delivered an engaging presentation on the fascinating field of astrometry, focusing on the distances and positions of stars and other celestial bodies. The presentation also covered how the positions of stars are mapped across the sky, helping to build our understanding of the universe’s structure and the movement of celestial objects. The session was a great opportunity for attendees to delve deeper into the science of stellar dynamics and the tools used to explore the cosmos.

As part of their presentation on astrometry, the SAT team also brought telescopes to AESS Day, offering attendees the chance to explore the sky up close enhancing the learning experience. The telescopes provided a hands-on opportunity to see the wonders of space, from distant stars to planets, making the presentation not just informative but also interactive and memorable.