Sentimo

Sentimo is a hardware and software product that lets users send physical, printed messages in real time using small Bluetooth thermal printers. Through a mobile app, users can create notes, drawings, or photos that instantly print on a paired device, turning digital communication into something tangible. It is designed to make everyday messaging more personal, memorable, and emotionally impactful.

CarSnap

Sole developer of a mobile app that identifies cars and helps users shop for them from just a picture. Developed using Dart in the Flutter framework, integrated with YouTube Data and MarketCheck Listing APIs. Integrated Gemini model for image analysis, providing make, model, model year, and statistics for pictured cars. Published on both iOS and Android with over 10,000 active users as of early 2026. The app revolutionizes car shopping by allowing users to simply take a photo of any vehicle to instantly get detailed information and find similar cars for sale.

QuickData AI Excel Add-in

Co-led the development of a real-estate Excel add-in from scratch, integrating AI and OCR to intelligently digitize complex T12, rent-roll, and unit-mix documents. Created a screenshot tool in Python that runs in the Windows icon-tray and uses webhooks to communicate with the Excel add-in. Developed frontend and backend using TypeScript and Python, created an installation wizard for EXE files, and certified them with an EV signing certificate and hardware encryption token. Integrated API endpoints for OpenAI, Anthropic, and other models into the Excel add-in while conceptualizing and implementing UI/UX using Figma.

SpartaHack X Winner

Developed an Amazon Echo skill using AWS Lambda, Flask, NextJS, and Render Cloud Hosting that allows users to input any Quizlet set into a website, parses the set with Gemini to turn it into questions, and quizzes the user via their Amazon Echo. Won both the Interactive Media Track and Education Application Track at SpartaHack X, demonstrating innovation in voice-controlled learning technology. The project showcases seamless integration between web technologies and voice interfaces to create an engaging educational experience.

Databricks Hackathon Finalist

Placed 4th out of 56 teams in the Databricks Data + AI Hackathon 2024. Developed a comprehensive real estate advisor platform that leverages Large Language Models to provide personalized recommendations, market analysis, property valuations, and more from a Databricks dataset. The platform demonstrates advanced AI integration for real estate decision-making, combining data analytics with natural language processing to deliver actionable insights for property investors and homebuyers.

US Spending Power Comparison Map

An interactive web application that allows users to input their salary and city of origin to directly compare the cost of living between any two major metropolitan areas in the United States. Using official federal data from the Bureau of Economic Analysis (BEA), Housing and Urban Development (HUD), and Bureau of Labor Statistics (BLS), the app employs a custom formula to calculate spending power differences, clearly showing which location is more expensive and by exactly how much. This tool provides valuable insights for job seekers, remote workers, and anyone considering relocation by quantifying real purchasing power across different cities.

Formula Bot Research

Led the data collection and analysis processes for NFL draft analysis with over 10,000 data points while working as an Artificial Intelligence Intern. Co-authored a comprehensive paper demonstrating the results of this analysis, examining which college teams best prepare players for the NFL. Produced video content based on AI data analysis for social media and processed billing information for customers using Stripe. The research provides valuable insights into college football programs and their effectiveness in developing NFL-ready talent.

Daily Word Ladder

My first ever programming project - a simple yet engaging HTML, CSS, and JavaScript word game that challenges players to transform one word into another by changing one letter at a time. Each intermediate step must be a valid English word, creating a puzzle that combines vocabulary knowledge with logical thinking. This project represents the beginning of my programming journey and demonstrates fundamental web development skills while creating an entertaining and educational game experience for word puzzle enthusiasts.