Built at Northeastern University’s Innovaite 2025 Hackathon, SmartCart uses AI to generate ingredient lists, compare vendor prices, and optimize delivery. Developed with Python, Django, PostgreSQL, and React, it enhances grocery shopping efficiency while supporting local businesses through automation and smart meal planning.

TripTailor creates customized itineraries based on your preferences, budget, and duration. It integrates weather forecasts, transit options, and optimized recommendations for hotels, restaurants, and attractions, simplifying travel planning. Built at the Social Winter of Code Season 5 Hackathon! 🏆

This project automates soccer highlight reel creation using AI, identifying key moments like goals and fouls with CNNs and GRUs. Using the SoccerNet dataset, it detects events, trims videos, and generates highlights, allowing fans and analysts to focus on crucial moments without watching the entire match.

This project applies advanced reinforcement learning (TD3, Options Critic) to autonomous car parking in a realistic simulation with vehicle dynamics and collision avoidance. Our RL agent learns efficiently, outperforming basic RL methods. This work advances autonomous navigation, demonstrating RL’s potential in real-world applications and autonomous vehicle research.

This project develops an ensemble deep learning approach for leukemia subtype classification, combining CNN, SqueezeNet, and Inception V3. Individual models achieved up to 84.1% accuracy, while the ensemble improved it to 86.1%, enhancing diagnostic precision. This demonstrates ensemble learning’s potential in medical imaging and clinical decision support.

Developed a Stack Overflow clone with OCR integration using API Ninjas, enabling text extraction from images for seamless interaction. Features include user authentication, question management, interactive responses, voting, tagging, and customizable profiles. Built with React.js, Redux, Express.js, JWT authentication, and a responsive design for an enhanced user experience.

'Journey to the Beyond' is a thrilling, text-based choose-your-own-adventure game developed by me and two others in 12th grade, entirely in C++ with immersive sound effects. Set in 2082, players must navigate an alien planet, using logic and strategy to escape. The game challenges players to think creatively, offering an engaging, graphics-free experience that keeps them on edge with its intense and rewarding gameplay.