Leveraging AI to search and merchandise 4M+ secondhand items to help customers find the most relevant inventory as quickly and easily as possible- Launched new AI tools: Image Search & Style Chat in August 2024

Purchase Pod: Cart, Checkout, Returns, Shipping

Purchase Pod: Cart, Checkout, Shipping and Returns

- Defined scope, goals, and timeline for various projects including: in-app purchases and low network optimizations- Lead implementation of multiple projects across 5 cross-functional teams- Identified new product opportunities from competitive analyses in user onboarding, unauthenticated user flows, and landing pages - Prioritized product features and managed release operations for Android & iOS app updates- Doubled app release frequency by improving efficiency and communication throughout the product pipeline

- Self-taught Cortex and OpenSim software to create musculoskeletal models for each study participant- Designed experimental protocol to analyze the dynamics of simple human motion: walking, jogging, sitting- Led post-processing data team while ensuring quality, noting areas of improvement, and meeting deadlines

- Defined goals for the year based on student feedback and Stanford Office of Diversity in Engineering strategy and commitments - Directed team of 20 students leading multiple projects for academics, professionalism and outreach- Increased active membership by 20%, reduced operating costs by 16%, and increased savings by 10%- Coordinated with 4 student groups and the Office of Engineering Diversity Programs to organize the Opportunity Job Fair for over 125 companies and 1500 students

- Taught Java and C++ to 25 students with no previous coding experience- Organized 4 corporate dinners for 50 students plus company ambassadors- Planned logistics of full day excursions for 50 students including transportation, food, activities, and safety

- Designed and manufactured a structure on SolidWorks that was used to mount a linear actuator and ATI nano force sensor for gathering data- Analyzed pressure and force data using Arduino & MATLAB to determine suction flow through underwater robot’s fingertips to better inform object acquisition and retention- Improved design of robot fingertip by adding rubber to act as “skin” which resulted in a higher accuracy tactile sensor