Hi, I'm Aditya Chauhan👋
Enjoy building projects from scratch to understand how things work internally rather than relying on libraries.

I enjoy understanding how things work rather than only using ready-made solutions. Most of my learning comes from implementing concepts myself — from linked lists and trees to networking and systems-oriented projects.

Right now, I'm strengthening my problem-solving skills through LeetCode while building projects that push me beyond textbook programming.

▹ Focused on C/C++ programming and DSA

▹ Practicing algorithmic problem-solving through LeetCode

▹ Building projects to understand systems, networking, and software fundamentals

▹ Learning by implementing concepts rather than only studying theory

▹ Practicing DSA patterns and solving LeetCode problems in C/C++

▹ Strengthening Linked Lists, Arrays, Two Pointers, Sliding Window, Trees and other core patterns

▹ Developing a C++ Chess Engine with Raylib

▹ Exploring network programming through a custom HTTP server

▹ Building small systems-oriented tools in C

▹ Improving code quality, problem-solving, and understanding of computer science fundamentals

◆ Chess Engine

A C++ chess engine built from scratch with Raylib. The project focuses on implementing chess rules and game logic rather than relying on an existing chess framework.

C++ Raylib Game Logic Chess Algorithms

[Repository] → Chess Engine

◆ HTTP Server

A low-level HTTP server project in C, exploring networking fundamentals and how web communication works underneath higher-level frameworks.

C Networking HTTP Windows

[Repository] → HTTP Server

◆ Ray Tracing A simple 2D ray tracing simulation built using SDL3. This project visualizes rays emitted from a light source interacting with an obstacle (circle).

Physics Engine Raylib Rendering

[Repository] → Ray Tracing

◆ DSA & LeetCode

A collection of my Data Structures & Algorithms implementations and LeetCode solutions, organized by problem-solving pattern.

C C++ DSA Algorithms LeetCode

[Repository] → DSA

Languages

AI & Local Inference