CS Student
Rahin
Building systems, visualizations, and interactive experiences through code.
CS Student
Building systems, visualizations, and interactive experiences through code.
A 3rd-year CS student who sees programming as both creativity and problem solving. I enjoy building things that combine logic, visuals, and experimentation — from JavaFX applications to mathematical visualizations and scientific problem solving using Python and Java.
I also enjoy competitive-style problem solving with C and C++, exploring algorithms, and transforming abstract concepts into interactive visual experiences through code. Whether it's a visualization project, a multiplayer system, or a game built with Pygame, I enjoy creating software that feels dynamic, meaningful, and alive.
Years of Coding
Projects Built
Interactive recursive fractal tree generator exploring recursion and geometric patterns.
Mathematical exploration of Collatz sequences with dynamic visualization of convergence patterns.
Simulation of cascading chain reactions with interactive physics-based behavior.
Interactive chessboard system for move visualization and game state analysis.
Turn-based chain reaction game built with Python focusing on logic propagation systems.
Visual representation of sorting algorithms like quicksort, mergesort, and bubblesort.
Corporate-level management system simulating industrial paper production workflow.
Interactive slot machine game built with Python.
Classic snake game built with Python and Tkinter featuring real-time movement, score tracking, collision detection, and screen wrapping mechanics.
Hybrid sorting algorithm implementation combining quicksort, heapsort, and insertion sort.
Console-based banking system with account operations and transaction handling.
Responsive club website with modern UI and event showcase system.
Hardware-integrated inventory monitoring system using Arduino, Flask, and serial communication to track stock availability and expiry status in real time.
A structured academic lab documentation system covering microprocessor experiments including Arduino sensor interfacing, I2C communication, and 8086 assembly simulations with organized report presentation.
Whether you have a project in mind, want to collaborate, or just want to say hi — I’m always open to new conversations and opportunities.