Designed and built weeklee.ai, An AI executive functioning assistant that helps students consolidate and organize their schedules and optimize school/work-life balance using powerful algorithms and machine learning. See the website. One non-provisional patent is pending.

Developed an AI-based news aggregation application to streamline the news-gathering process for the U.S. House of Representatives. This tool efficiently collects and organizes news articles in line with individual preferences, significantly reducing manual work.Key Contributions:- Programmed and deployed an AI system to automatically select news articles, replacing the need for manual compilation by interns.- Collaborated with the House Modernization Initiative, integrating technology to enhance legislative operations.- Played a key role in saving dozens of hours of work weekly, contributing to the overall efficiency of news intake for representatives.- Pioneered the application of AI in a legislative context, aiding in the modernization of government processes.This role involved balancing technical development with an understanding of the practical needs of government operations, demonstrating my ability to innovate within a specialized environment.

I designed and built a system to validate and execute AI-generated code for an automatic infrastructure-as-code chat application. The system generated executable code for large infrastructure deployment and management using NL and AI algorithms. I implemented robust type-checking mechanisms to ensure the correctness of the AI-generated code. Finally, I integrated a feedback loop within the system, enabling the AI to autonomously refine and correct the code as needed. The final step of my work involved laying the groundwork for future deployment capabilities, setting the stage for the eventual automation of infrastructure management through this AI-driven approach.

I designed and wrote an uncompressed raw-video Android encoding system that captured micro-facial movements at extreme resolution to indicate potential cardiovascular issues. Worked on a research team designing a stroke detection app using mobile phone video. Due to the limitations of typical video capture quality, a specialized design was required to achieve the high-resolution requirements essential for accurate detection.App went into a clinical trial for stroke detection.

I researched the perception of curiosity in robot behavior. Co-authored a peer-reviewed ACM/IEEE academic paper

Researched and designed intelligent UI for facial sentiment analysis to create a “therapy” bot