I would like to participate in this program because I am eager to immerse myself in an analog curriculum. I seek to bridge theoretical knowledge with hands-on experience in aerospace This experience fosters a greater grasp of the intricate workings of aircraft technology, which is in line with my interest for hands-on inquiry. I hope to make a significant contribution to the field of aerospace by actively participating in analog programs and obtaining priceless knowledge that goes beyond simulations and textbooks.My capstone project on Space-technology in developing next-generation life support system hardware by solving a challenging problem with the Herox community in various fields and also won 4th place in NASA particle partition challenge in the global level by solving Gravity-Independent Particle Separator(GIP),  which utilizes an background filter-based particle capture technique for any gravity level,with high water recovery and ultrasound-enhanced performance. and also volunteered in online for NASA SPACE APP CHALLENGE Mountain View,CA.on 7-8th oct 2023.Along with that won NASA Brilliant minds for blue skies Challenge where we developed SLEP(Space Laser-Enabled Propulsion), it is an integrated aviation system that uses hydrogen for takeoff, landing, and emergencies (1-hour energy buffer) and space-based lasers as the primary power source. The concept of long-distance wireless power transfer dates back to the time of Nikola Tesla.The US military has been experimenting today in an effort to power mobile vehicles. Even while deploying drones over shorter distances has shown some modest but significant accomplishments, powering a 737-800 class or bigger aircraft for a lengthy journey is still quite difficult.This concept describes a space laser-enabled propulsion system, or SLEP, to realize the idea of clean blue sky.so,Currently i’m working on creating the prototype of the GIPS(Gravity Independent Particle Separator) is a novel strategy built on recent developments in science and engineering. The use of buckybags for in-line particle separation, a piston-based water collection and dispensing system for water discovery, and ultrasound to improve particle separation and flow control efficiency are all novel aspects of this system.