Motivated and detail-oriented Aerospace Engineering M.S. candidate at Washington University in St. Louis, with dual backgrounds in Mechanical Engineering and Physics. Expertise in thermodynamic cycle design, propulsion system analysis, and experimental heat transfer, complemented by strong proficiency in MATLAB, R, and various engineering simulation tools. Proven leadership skills demonstrated through current project lead position in the WashU Rocketry Team and roles as a teaching assistant, successfully balancing technical problem-solving with effective communication and collaboration. A passionate advocate for advancing aerospace propulsion and thermal systems, committed to leveraging engineering expertise to address high-performance design challenges in the industry.
As a MakerFellow at Washington University’s Spartan Makerspace, I facilitated student use of advanced fabrication tools (3D printers, laser cutters) by delivering hands-on equipment training, supervising studio operations during evenings and weekends, and troubleshooting technical issues to ensure smooth maker experiences. I collaborated with peers to co-develop training materials, contributed to a safe and inclusive creative environment, and assisted with scheduling and resource management.”
Assisted in rebuilding schools in rural Nepal following the 2016 earthquakes, helping restore safe and functional learning environments for children. Contributed to construction and repair efforts including masonry, carpentry, and classroom setup. Worked closely with local community members and international volunteers to coordinate logistics, manage resources, and complete projects under challenging conditions. Strengthened cross-cultural collaboration, adaptability, and resilience while making a lasting impact on post-disaster recovery.
Project Lead – WashU Rocketry Team, Argonia Cup Competition
Lead a multidisciplinary team in the design, fabrication, and launch of high-powered rockets for national competition. Oversaw propulsion, recovery, and flight computer subsystems while coordinating schedules, budgets, and safety protocols. Guided technical design reviews, testing campaigns, and system integration to ensure mission readiness. Developed leadership and project management skills while advancing expertise in propulsion analysis, recovery systems, and aerospace design under competition deadlines.