◆ Founded and scaled a 501(c)(3) nonprofit delivering free one-on-one Math and Computer Science tutoring to students in grades 1 to 8.

◆ Led operations across 5 countries, facilitating 5,000+ personalized sessions since launch.

◆ Built and managed a distributed team of volunteer educators and interns, overseeing recruitment, training, and performance standards.

◆ Designed individualized curriculum frameworks and implemented structured assessment systems to track and improve student performance.

◆ Secured funding through grants and donations while maintaining a zero-cost model for families.

◆ 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.

◆ Designed and built a web-based network diagnostic platform measuring bandwidth, latency, jitter, and packet loss using browser-native testing methods.

◆ Led full-stack development, implementing real-time data modeling, results visualization, and performance analytics.

◆ Engineered an AI-powered assistant to interpret network metrics and generate plain-language troubleshooting recommendations.

◆ Deployed the platform through Bright Sparks to support students with unstable internet access, improving digital accessibility for underserved families.

◆ Designed, built, and flight-tested 10+ custom RC aircraft prototypes to study aerodynamic performance, lift generation, stability, and control surface optimization.

◆ Iteratively refined airfoil selection, center of gravity placement, wing loading, and structural configurations based on flight test data and failure analysis.

◆ Conducted hands-on aerospace workshops for 30+ middle school students, teaching thrust, drag, lift, and weight through practical assembly and flight demonstrations.

◆ Designed and built a solar-powered Raspberry Pi learning server for communities with unreliable internet and grid power access.

◆ Integrated photovoltaic panels, charge controller systems, battery storage, and low-power computing architecture to enable continuous offline operation.

◆ Engineered local content delivery system hosting offline STEM lessons, videos, and interactive modules.

◆ Deployed units through Bright Sparks in Kenya and India, restoring consistent educational access for 150+ students in low-connectivity regions.