A progressive web app designed to host and run hackathons for high school students. Built with React and a Golang backend, the app allows students to participate, collaborate, and submit their projects in a smooth, mobile-friendly interface.

The app was developed for real-world use in educational hackathons, showcasing scalability and ease of access without requiring native installation.

Developed a lightweight real-time speech emotion recognition (SER) system using SVM and MFCC features. The system predicts user emotions (inspired by Pixar's 'Inside Out') from voice inputs, visualizes emotional trends, and logs data via MATLAB Mobile.

Applied data augmentation techniques such as noise addition and pitch shifting to improve model robustness.

A computer vision project that uses webcam-based color tracking to play Fruit Ninja. Players use two light sticks with distinct colors as interactive controllers, simulating sword slashes to slice fruits on the screen in real time.

The project demonstrates practical applications of object tracking, contour detection, and gesture-based interaction.

Designed and built a mobile robot equipped with camera, LiDAR, and embedded controllers to perform autonomous navigation. Implemented the A* algorithm to find the shortest path in a mapped environment.

The system translates path planning outputs into optimal motor control signals for Arduino, enabling the robot to navigate toward its destination with efficient wheel speed control.