Specific Projects

Founder & Project Experience

Zyfill2025·View →

Full stack AI extension to automate forms using LLMs, RAG, and memory layer for professionals. Spend seconds instead of hours on manual B2C data logging.

Artemis2025·View →

An AI voice assistant for emails using agentic workflows and vector embeddings. Think Siri, but much better with MVP, YC interview, and 100+ signups in 1 week.

AI4Access2023-2024·View →

Developed a personalized AI education application using LLMs, ElevenLabs, and MidJourney for unique learning styles, placing 1st in 142 teams.

Code Day Labs2025·View →

Contributed with David to SLOCCount integration in LexisNexis Risk Solution's HPCC Systems using the ECL programming language for big data applications.

Simply Code2024-2025·View →

Founded nonprofit making technology accessible to underserved communities, growing 3 to 40+ members and reaching 100+ students with $650+ in funding.

Engineering Beavers2024-2025·View →

Established first ever high school engineering society to make building projects fun to 100+ students, partnering with Upenn, Heights, and industry professionals.

Research Experience

Librecorder Group2025-Present·View →

Creating an open-source, low-cost microscope diagnostic system to enable rapid disease detection and research in rural, underserved areas.

Cornell University, K. Lisa Yang Center2025·View →

Researched CNN with geographic priors and QNNs for Gibbon call classification, annotating 1000+ bioacoustic spectrograms under Dr. Dena J. Clink's Lab.

Carnegie Mellon University, Governor's School2024·View →

Led mmWave sensor team in a multi-modal embedded technologies system to improve facial detection software with Open Face from 70.3% to 99.2%.

University of Pennsylvania, Model OAS2023-2024·View →

Studied open data policy and technology legislation under Dr. Catherine Bartch, representing UPenn and CCATE at 200+ international conference.

Independent Research2023-2024·View →

Developed a framework for optimizing quantum computing models using automatically differentiable quantum circuits (ADQCs) with tensor networks for the 2D Hubbard model.