Projects

Designed a ray tracer from scratch in C++.

The application is highly object-oriented and comes with inbuilt instances of orthographic and perspective projection, and a surface instance for spheres.

This project was completed as part of an internship on computer graphics with Dr. Teseo Schneider.

Implemented the Monte Carlo Tree Search Algorithm for Ultimate Tic-Tac-Toe.

Used bitboards to boost simulations per turn.

Added an interactive console-based play-test environment.

Implemented a NEAT AI for Flappy Bird.

Used Neural Network libraries written by me.

Presented the application at Garden High School Science Exhibition 2019.

Implemented a Genetic Algorithm for a Physics-driven pod racing game.

The game design was done from scratch in Java.

An optimized version of the bot runs on CodinGame's server.

Implemented a SAT Solver using the DPLL Algorithm.

This project was a collaborative effort as part of a course assignment.

Our implementation for Google Hash Code 2022, where we got a final rank of 95.

We used a variant of the Sweep line algorithm to efficiently assign tasks.

The model uses a heuristic cost function and was designed to output a valid solution even upon premature termination.

My first attempt at board game AIs.

Implemented a Tic Tac Toe AI using Minimax and Alpha-Beta pruning.

Added an interactive console-based play-test environment.

My first attempt at Game Development through Unity.

Designed a classic top-down shooter with particle effects and camera shakes.

This game was a collaborative effort for IITK Fall Game Jam 2021.