Saatvik Sunilraj
Aspiring aerospace engineer with a focus on sustainable technologies and space exploration
Aspiring aerospace engineer with a focus on sustainable technologies and space exploration
I'm Saatvik Sunilraj, an aspiring aerospace engineer with a focus on sustainable technologies and space exploration. As a high school junior at Broad Run High School, I’ve combined rigorous STEM coursework—including AP Physics, AP Calculus, and AP Computer Science—with hands-on research through NASA and George Mason University programs.
My work spans cutting-edge projects such as simulating eco-friendly SF₆ alternatives using machine learning, designing adaptive radiation shielding for the Lunar Gateway, and developing mission plans for lunar habitats and asteroid mining.
Beyond my academics, I'm a national-level USA Badminton player, a public forum debater, and a committed volunteer, leading food rescue efforts across Northern Virginia. I’ve been honored with awards such as the U.S. Congressional Gold Medal, MIT Alumni Award at the Regional Science & Engineering Fair, and top state placements in DECA and STEM contests.
Fueled by curiosity and a passion for space, I aim to help pioneer the next generation of sustainable aerospace solutions—both on Earth and beyond.
Engaged in mentored research at GMU's summer program, exploring advanced scientific methods and contributing to real-world research initiatives.
A Virginia Space Grant Consortium/NASA Langley Research Center program which focuses on providing solutions to real-world questions, ISS design upgrades, a new crew exploration vehicle, and an environment immersed in NASA-related research.
A Virginia Space Grant Consortium/NASA Wallops Flight Facility program which focuses on scientific technology in orbital and suborbital missions.
Under the guidance of Dr. Ziheng Sun, developing the most optimal AI model to enhance CMAQ for subseasonal ozone forecasting.
Researched and simulated eco-friendly gas compositions using machine learning in Python to replace SF6, a potent gas with a GWP 23,500 times more than CO2, for insulation in electrical applications.
Proposed and analyzed fuel cell performance to power scientific instruments in microgravity, ensuring reliability and efficiency for future missions.
Developed a phased mission plan for a sustainable lunar base with advanced robotics, efficient resource utilization, and offering a sustainable habitat.
Analyzed resource extraction technologies and strategies for sustainable space mining, advancing our capabilities for future missions and economic opportunities.
Proposed an innovative self-adaptive radiation protection design for the Lunar Gateway, enhancing astronaut safety and mission sustainability in deep space.
August 2024 – Present
September 2022 – Present
February 2023 – March 2025
YAC works on special events and community service projects for their peers. YAC also serves as a recognized medium for presenting ideas and opinions of Loudoun County’s youth to the community and its leaders, ensuring that Loudoun’s youth voice is heard by elected officials.