An AI-powered staff scheduling platform for high-volume kitchens that combines a constraint-optimization solver with a conversational AI assistant to automate and streamline shift planning. Managers interact with a natural-language chat interface to generate, review, and refine schedules while the system enforces labor rules, availability, and coverage requirements behind the scenes. This project is actively in development — next steps include further refining the AI assistant and building an accompanying mobile app for on-the-go staff management.

A personal portfolio website built from scratch to serve as a dynamic, interactive hub for my professional work. The primary goal was to create a modern, performant, and visually unique site that actively demonstrates my skills through an integrated AI chatbot powered by RAG technology.

The Z³-Wellness application is a web-based platform designed for college students to monitor and improve their sleep and overall wellness patterns. This Major Qualifying Project involved continuing development from previous WPI teams, focusing on enhancing usability and functionality based on user feedback.

This Global Projects Program initiative, in partnership with Fundación Ciudad del Saber (City of Knowledge) in Panama City, aimed to evaluate and recommend improvements for 'El Parque,' a significant public green space. The project focused on understanding visitor demographics, usage patterns, and community needs to inform the park's ongoing development plan.

As part of a 10-person team for my Software Engineering course, I contributed to the design and development of a comprehensive hospital service management application for Brigham and Women's Hospital.