I'm a Senior in the Class of 2026 with a strong interest in aerospace engineering, built through hands-on experience in research, rocketry, and STEM education. From independent airfoil design research to working toward high-power rocketry certification, I'm always looking to challenge myself and push the limits of what aerospace technology can do.
I'm also really into cars and motorsport, especially Formula 1. I enjoy following races, teams, and strategy, and I also love watching cricket and tennis, where performance, precision, and decision-making all come together.
I stay active myself by playing sports, especially tennis and pickleball.
Neuqua Valley High School, Naperville, IL
University of Illinois at Urbana-Champaign
One week residential program
Over the week-long on-campus experience, I attended lectures on a variety of aerospace concepts like flight mechanics, rocket propulsion, orbital dynamics, and aerospace materials. The program also involved introductions to industry tools and analyzing how to solve problems using Excel and Python.
I also visited world-class aerospace research facilities on campus, including the LASSI, ARL, and the Wind Tunnel Laboratory. I witnessed how aerospace industry research is done using industry-grade tools, testing equipment, and design processes. I also spoke with researchers working on active projects and discussed their experiences to give me a clear picture of what aerospace engineering looks like in practice.
The program also included model glider and rocket design activities, where I applied key engineering concepts like lift, stability, and thrust. I worked through the full design process—planning, building, testing, and making adjustments based on performance results. These hands-on projects helped reinforce what I learned in lectures and provided a deeper understanding of how aerospace engineers approach challenges.
Fermi National Laboratory (Fermilab)
11-week program
I participated in Fermilab's prestigious Saturday Morning Physics (SMP) Program, an enrichment series designed to introduce high school students to modern physics. Over the course of 11 weeks, I attended expert-led lectures and toured one of the world's leading physics laboratories. Through engaging presentations and access to Fermilab's facilities, I explored cutting-edge physics concepts and gained a deeper understanding and appreciation of how modern physics research is conducted.
Published in October 2025 issue of Curieux Academic Journal
I conducted independent research analyzing how airfoil thickness affects the fuel efficiency of passenger aircraft using wind tunnel experiments and NASA simulation software. To strengthen my work, I consulted with aerospace industry professionals who helped me refine my experimental methods and validate my findings.
Built a high-precision Wildman Journey 75 rocket, pursuing the Tripoli Level 1 High-Power Rocketry Certification as a step toward advanced aerospace goals. Assembled every component—from the airframe and motor mount to the recovery system—ensuring structural integrity and aerodynamic balance. Successfully completed the certification exam, marking a key milestone toward my advanced aerospace goals.
Developed SnapTrash, an AI-powered waste management app for the 2023 Congressional App Challenge. Built with MIT App Inventor, using computer vision to identify items from photos or barcodes and directs users to the correct bin, making recycling effortless.
Team Captain
Directed rocket construction with extreme precision; delegated building tasks strategically to deliver a high-quality launch vehicle ahead of schedule
Vice President of Competitive Events
Mentored a club of 100+ members in event selection, competition prep, and confidence-building, guiding peers to succeed at state and national levels
President - Elevating youth by teaching advocacy
Facilitated club outreach to multiple elementary schools, developed interactive lessons on communication, and led successful food drive initiatives.
International Math Honor Society
Team Captain
Organized practices, led warmups, managed drills, and motivated teammates to drive team to regional championship through strong leadership.
CIMUN XX and XIX