Executive Vice President

• Aug 2021 - Dec 2022

• Led internal and external functions of 50+ club members by managing club resources, partnerships, and events • Organized engagement events for 9 project teams to onboard, train, and collaborate between club developers • Learned ethical and ergonomic augmented and virtual reality engineering techniques to develop club projects • Led internal and external functions of 50+ club members by managing club resources, partnerships, and events • Organized engagement events for 9 project teams to onboard, train, and collaborate between club developers • Learned ethical and ergonomic augmented and virtual reality engineering techniques to develop club projects

Artificial Intelligence Virtual Reality Research Intern

• May 2021 - Dec 2022

ScenicVR Research Group at Verified AI Advised by Professor Sanjit Seshia • Developed adversarial AI agents in simulated scenarios to boost rapid skill acquisition in virtual reality environment • Generated probabilistic simulations of procedural content for automatic curriculum generation to train 20 test subjects • Reconstructed virtual reality game in C# & Unity3D with Autodesk Maya capable of networking 10+ VR headsets

Course Staff (Academic Intern)

• May 2021 - Dec 2021

Discrete Math and Probability (CS70) and Structure and Interpretation of Computer Programs (CS61A) Courses • Led 15+ students through weekly course labs to enhance understanding and provide support for course content • Staffed office hours and provided instruction at discussion sessions to aid students and encourage comprehension • Taught course content to 15+ students and promoted enthusiasm for 1600+ students through online support platform

Research Intern

• May 2022 - Aug 2022

Student Researcher

• Sep 2021 - May 2022

Immersive Semi-Autonomous Aerial Command System Advised by Professor Allen Yang • Designed Hamilton-Jacobi reachability algorithms for obstacle avoidance path planning in 4 degrees of freedom • Constructed Rapidly-Exploring Random Tree algorithm with ray casting & smoothing to boost runtime efficiency 98% • Created interface between path finding algorithms and computer vision data taken from cameras on industrial drones Immersive Semi-Autonomous Aerial Command System Advised by Professor Allen Yang • Designed Hamilton-Jacobi reachability algorithms for obstacle avoidance path planning in 4 degrees of freedom • Constructed Rapidly-Exploring Random Tree algorithm with ray casting & smoothing to boost runtime efficiency 98% • Created interface between path finding algorithms and computer vision data taken from cameras on industrial drones

Office Assistant

• Dec 2017 - Dec 2020

• Designed new filing system to organize decades of financial statements to maximize office efficiency • Prepared and processed tax documents and corresponded with 200 clients to accurately organize tax forms • Recorded and analyzed bank statements and calculated monthly amortizations of firm’s largest clients • Designed new filing system to organize decades of financial statements to maximize office efficiency • Prepared and processed tax documents and corresponded with 200 clients to accurately organize tax forms • Recorded and analyzed bank statements and calculated monthly amortizations of firm’s largest clients

Research Assistant

• Aug 2018 - Aug 2018

Mentored by Professor Hao Tang ● Created Android app using Unity 3D engine and C# to assist the visually impaired in navigating buildings ● Designed physics models and extrapolated map data from academic buildings for accurate and realistic training ● Pioneered the app into live experiments with test subjects by communicating with graduate students and professors Mentored by Professor Hao Tang ● Created Android app using Unity 3D engine and C# to assist the visually impaired in navigating buildings ● Designed physics models and extrapolated map data from academic buildings for accurate and realistic training ● Pioneered the app into live experiments with test subjects by communicating with graduate students and professors