◆ Developed a browser-based flight simulator modeling aircraft physics, control surface dynamics, and pilot input behavior to simulate real-world flight principles.
◆ Integrated the simulator with a custom Arduino-powered physical cockpit featuring hardware switches, throttle controls, and embedded input systems.
◆ Implemented interactive quizzes and an AI-based instructional assistant to explain aerodynamic concepts including lift, drag, stall, pitch, and roll.
◆ Deployed the platform in 5+ educational workshops, teaching 100+ students foundational flight dynamics and aircraft control systems.