• Designing an agent that learns to play DOOM using evolutionary computation methods• Utilizing PyTorch for model development and tracking, and ViZDoom for visual processing and real-time decision making• Teaching the bot to pathfind with ant colony optimization, and to shoot with CMA-ES• Drafting a research paper to document project findings and contributions

• Chosen by faculty to provide student support for 35 students in two Entertainment Software Design courses• Host drop-in sessions to help students develop games, offering assistance with Unity troubleshooting, C# script review, and refining the logistics of game concepts

• Selected by institute to conduct research in Algorithmic Game Theory, specifically Social Choice Theory with a focus on Voting Rules• Created a novel voting rule based on the concept of θ-winners, modeled it in Python, conducted empirical tests to demonstrate its efficacy across various metrics, and plotted the results with Matplotlib• Presented findings in a poster session at fall SSRI Poster Symposium

• Developed key back end components for Zummo Manage, a data entry software for Zummo Bike• Built RESTful APIs with multiple endpoints using Flask, enabling seamless communication between the back end and a Svelte-based front end• Integrated Stripe and Airtable APIs to expand the software's functionality and streamline operations

• Managed gym desk by maintaining professionalism through answering customer questions, answering phone calls, and creating a welcoming environment • Oversaw and enforced the organization, sanitization and facilities of the gym space • Facilitated the sale of refreshments in the gym

• Filed patent applications• Created legal documents• Refined foreign patent documents to fit US standards • Read and summarized legal documents in short hand for attorney’s usage