Currently, I'm working on both the asymptotics of algorithms and real-world applications.
At the moment, I'm studying materials, structures, signal processing, and systems engineering.
Right now, I'm learning about the design and modeling of control systems.
I worked as the team lead on an ambitious project to send 10 picosatellites into Low Earth Orbit. These satellites conform to CubeSat specifications by interlocking, an intuitive strategy that could pave the way for smaller nonprofits and schools to access outer space. You can read our NASA CSLI proposal here.
I designed and machined multiple components flown on our January 2023 launch, including the booster cup, aeroshells, and AV panels. As pictured, I was also part of the team that managed integration and took checkout photos.
I worked with 4-person team to develop a preliminary design deceleration mechanism for the NASA Goddard SCOPE mission through the MIT Momentum Challenge. We built a low-fidelity prototype and presented our novel design to industry judges, placing 1st out 6 teams.
I worked with a 5-person team to design and fabricate a low-fidelity prototype for an autonomous search-and-rescue vehicle designed for MakeMIT. AQUA autonomously navigates through and around obstacles, using ultrasonic sensors combined with an Arduino Uno. Fans were elevated above the water line to provide versatile propulsion, and our system used pontoons to traverse shallow water.