Extracurricular - More Space-y activities
As an active member of the Space Generation Advisory Council, my current engagement involves the development of a globally aligned curriculum tailored for enthusiastic students specializing in Space Systems Engineering, in collaboration with ECSS and INCOSE.
I am also at the forefront of pioneering the world's inaugural well-structured Space Systems Engineering course, which covers topics such as SMAD, ADCS, Payload, and Systems Engineering. This initiative is aimed at eliminating barriers to access quality space education.
In my role, I orchestrate master classes featuring eminent scientists and professors, fostering a vibrant and passionate community within the space industry.
Additionally, I am deeply committed to mentoring students in the domains of Model-Based System Engineering and Requirements Development, with a strong emphasis on practical experience using Valispace.
Video courtesy: SSERD
Society for Space Education, Research and Development (SSERD) is an International organization dedicated to promoting Space Science among the community and creating awareness about the current inventions and innovations happening in this sector.
From 2019 to 2021, I served as a dedicated Mentor and Instructor at the Society of Space Education Research and Development in India. During this enriching journey, I had the privilege of guiding and mentoring students in the intricate domains of Space engineering. My role extended to nurturing their talents and helping them develop Phase 0/A Space Mission studies, Attitude and Controls, and Rocket Propulsion projects.
In my pursuit of fostering a comprehensive learning experience, I devised tailored resources and problem sets, providing students with invaluable additional practice and enhancing their understanding of complex subjects. This commitment to their growth culminated in the successful development of more than 7 projects, involving over 70 students, all meticulously aligned with the stringent standards set by ECSS (European Cooperation for Space Standardization) and CCDSS (Canadian Council of Deans of Science and Engineering).
Among the notable projects accomplished during my tenure are:
- Conceptual Design of an Autonomous Asteroid Mining Robot
- Top-Level Mission Analysis and Feasibility Study of a Near-Earth Asteroid Mining Mission and Resource Return
- STARS-Simplified Tool for Analysis of Rocket Systems
- Interactive Payload database application and literature survey on debris mitigation - Team ICARUS VI
Beyond the professional accomplishments, it's worth noting that the founder of the organization is my best friend from our shared undergraduate studies. Our enduring friendship extends to regular discussions encompassing personal experiences and the latest developments in the dynamic and ever-evolving space industry.
Video courtesy: Self
I'm thrilled to introduce you to Habitat Marte, a hub of innovation and aerospace excellence in the Southern Hemisphere. Our space analog station, Habitat Marte, is a pioneering project that's all about fostering skills development in the aerospace field. We don't just simulate space missions; we aim to ignite a passion for academic and professional careers in the exciting realm of space.
Our mission is clear: we're here to inspire a new generation of science and technology enthusiasts. We believe that knowledge is a powerful tool for sustainable development. The experiences gained at Habitat Marte are designed to motivate participants, empowering them to expand their horizons and collaborate for a more prosperous world, all through the lens of space exploration.
As for my role, I had the privilege of serving as the Launch Center Chief for Mission Number 50. My deep interest in analog astronaut missions led me to delve into this amazing community. Even during lockdown, our dedicated team conducted extensive research on Mars habitat solutions. My focus was on designing the launch center for Mars, carefully considering livable conditions and functionality. Additionally, I had the honor of presenting our findings in a live talk, contributing to the success of our mission.
At Habitat Marte, we're shaping the future of space exploration, and I'm proud to have played a part in this exhilarating journey.
Back in August 2020, I hopped on board the Asclepios project, a Space@yourService initiative. This unique endeavor was all about organizing a student-led space analogue mission, simulating missions on celestial bodies. What made it stand out was that it was the world's first initiative of its kind, run entirely by students, in collaboration with academic institutions, scientists, and industry experts. Over time, Asclepios gained recognition as an independent association affiliated with EPFL, and it became open to anyone passionate about space.
Within the Science team, I played a significant role. I was the one responsible for developing and meticulously crafting protocols for our experiments during missions, ensuring their success. I also took on the challenge of designing a robust communication system that made it easy for astronauts to stay in touch with ground control. Plus, I had a hand in designing some pretty cool advanced spacesuits, complete with integrated temperature sensors, tool holders, and communication-activated helmets. And not to forget, I was part of the Systems team, overseeing all science activities and mission control center procedures.
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