Contributed to the design and development of Unmanned Aerial Vehicles (UAVs) for competitive aeromodeling at Team Da Vinci. Utilized CAD software to create detailed part and assembly files for various UAV configurations, including fixed-wing, multirotor, and VTOL designs. Collaborated with teammates to ensure designs met competition specifications, optimized flight performance, and facilitated efficient manufacturing. also experience in UAV piloting in team.

As a test pilot and UAV pilot for Team DaVinci, I was responsible for executing critical flight tests and ensuring the optimal performance of UAV systems. I collaborated closely with the design and engineering teams to evaluate aircraft stability, control responsiveness, and safety features under various conditions. My role required precision flying and data collection to help refine the team's UAV designs and performance metrics, contributing to the overall success of our projects and… Show more As a test pilot and UAV pilot for Team DaVinci, I was responsible for executing critical flight tests and ensuring the optimal performance of UAV systems. I collaborated closely with the design and engineering teams to evaluate aircraft stability, control responsiveness, and safety features under various conditions. My role required precision flying and data collection to help refine the team's UAV designs and performance metrics, contributing to the overall success of our projects and competitions. Show less

My journey with SolidWorks has allowed me to develop detailed Structural designs for fixed-wing UAVs, multi-rotors, VTOLs, and their components such as payload carrying and dropping mechanisms, camera mounts, etc. Collaborated with the team to ensure designs met competition requirements and optimized flight performance.

During my internship, I worked on the research and development of Center of Gravity (CG) estimation for flying wing aircraft. My approach primarily involved using trial and error methods, coupled with simulation techniques, to determine the optimal CG location. I focused on analyzing the balance and stability of the flying wings, iteratively adjusting the CG position to achieve desirable flight characteristics. This hands-on experience deepened my understanding of the aerodynamic principles… Show more During my internship, I worked on the research and development of Center of Gravity (CG) estimation for flying wing aircraft. My approach primarily involved using trial and error methods, coupled with simulation techniques, to determine the optimal CG location. I focused on analyzing the balance and stability of the flying wings, iteratively adjusting the CG position to achieve desirable flight characteristics. This hands-on experience deepened my understanding of the aerodynamic principles that influence flight stability and provided practical insights into the challenges of designing unconventional aircraft configurations. Show less