Engineered a multi-agent real estate analysis platform using Python with object-oriented architecture. Implemented five specialized agent classes for property valuation, market sentiment analysis, deal discovery, and portfolio optimization. Integrated external APIs and built comprehensive data pipelines utilizing asyncio for concurrent processing, SQLite for database management, and scikit-learn for machine learning algorithms and predictive modeling capabilities. Focused on backend systems and data analysis to improve real estate investment decision-making.

Designing electrical systems and programming embedded systems for autonomous unmanned aerial systems (UAS) competing in the international Student Unmanned Aerial Systems (SUAS) Competition. Developing hands-on experience in power management, circuit design, and embedded systems programming for autonomous flight capabilities, including obstacle avoidance, object detection, and precision payload delivery.

Working on AI projects within Babson's interdisciplinary AI lab (C. Dean Metropoulos Institute for Technology & Entrepreneurship) that are presented to alumni for funding. Help organize hackathons and events including Microsoft Research collaboration—managing setup, outreach, and operational workflows. Participating in entrepreneurship-focused AI initiatives that integrate technology with business innovation across Babson's 650+ student community.

Designing and developing high-performance web experiences for clients, focusing on interfaces that are both visually compelling and technically sound. Work with React, Next.js, and TypeScript to build responsive applications with smooth animations and micro-interactions using GSAP and Framer Motion.

Specialize in translating design concepts into production-ready code while maintaining pixel-perfect accuracy. Projects typically range from $1,500–$2,000 with select monthly retainer clients. Emphasis on creating intuitive user flows, scalable component systems, and performant interfaces that drive engagement.

Developing coding projects for charitable causes through Code for a Cause initiative. Contributing technical skills to social impact projects while building proficiency in software development alongside other student developers and entrepreneurs.