• Assisting in final calibration of SWAPI and IMAP-Lo instruments by operation of residual gas analyzer and ion beam• Supporting in preparation of ultra thin carbon foils in clean room environment • Developing tungsten cathode electron gun for channel electron multiplier burn-in system

2023-2023: • Developing International Space Station experiment platforms as NASA-funded research• Utilized Nanoracks' COTS Nanolab ISS experiment platform to design enclosures using PTC Creo 10,accommodating ~10 independent STEM experiment kits within a single 1U-2U COTS Nanolab enclosure• Expanded capabilities by designing TigerSat’s first all-custom Nanoracks compatible enclosureFall 2024: • Developing proof-of-concept and low cost ground station setup

• Designing and building two-stage rocket to reach 100 km altitude• Designed and manufactured differential drag interstage coupler and fin can • Analyzed and proposed solutions to issues of high stress and roll rates from previous launch attempts

• Developed a vectoring hobby rocket motor mount for active control• Employed 3D printing and CNC milling for component fabrication and PCB design and printing for flight computer• Simulated flight computer using MATLAB and Simulink

• Contributed to design and FEA of prefabricated housing components• Optimized construction efficiency by producing complementary brackets and profiles using machine shop tools• Managed prefabricated housing construction project while coordinating volunteer teams

• MIT STEM program with academic and enrichment phases• Completed two courses: Robotics and Science Writing and Communication• Developed final robotics project and science article for annual symposium