Achievements: Tau Beta Pi Engineering Honors, University Honors, National Merit Scholar, Undergraduate Research Fellowship

Evaluated Java, Python, and C++ code for correctness and efficiency

Held office hours and tutored students in technical and conceptual knowledge

Implemented ML models that reduced simulation runtime by 99%, maintaining standard error of 5%

Designed custom Matplotlib visualizations to represent high-dimensional data (5+ dimensions)

Refactored and documented legacy codebase, improving readability and maintainability

Upgraded codebase to ensure compatibility with the latest library versions

Automated simulation workflows with Python and Bash scripts for seamless execution on Linux

Achievements: Presented at Undergraduate Research Apprenticeship Program (URAP) Synopsium, Received $4500 Research Stipend

Designed a pipeline to generate activity graphs from video input

Integrated pipeline with Magic Leap hardware

Developed a customer-facing checkout system, reducing average check-out time by 70%

Redesigned UI using Nuxt.JS for 60% more device compatibility while ensuring FERPA compliance

Developed REST APIs and unit tests using Postman to interface with PostgreSQL database

Coordinated system integration with the partner's platform to ensure seamless functionality

Replaced faulty database with custom REST APIs, enabling seamless integration with partner systems

Implemented robust error-handling using Postman, reducing software failure by 97%

Integrated USB RFID/Card Reader for quicker RSVP to events and improved user experience

Organized club recruitment events, engaged in recruitment activities, and organized event social activities

Created and presented recruitment information to active members

Organized primary fundraising event, generating 20% increase in profits compared to previous fundraising events

Completed cumulative 150 hours of community service