Computer Science Student | Simulation Enthusiast
I build physics simulations and interactive visualizations with a focus on real-time performance, implementing spatial partitioning and optimization techniques to handle complex systems efficiently. I enjoy combining strong mathematical foundations with practical engineering to create reliable applications.
Github: @AdamCofala
Email: otwockadam@gmail.com
Gravitational N-body simulation using the Barnes-Hut algorithm with octree spatial partitioning and OpenMP parallelism. Renders thousands of particles interacting under gravity in real time via OpenGL, with an ImGui overlay for live parameter tweaking.
Interactive 3D geometry explorer built with Three.js and TypeScript. Lets you rotate, scale, and inspect parametric shapes in the browser with a dat.GUI control panel. Deployed to GitHub Pages via automated CI.
PyQt5 desktop app for nature photographers to track weather conditions and river/lake water levels at favourite shooting locations across Poland. Features interactive Folium maps, Matplotlib time-series charts, and live data fetched from public APIs.
High-performance 2D flocking simulation implementing Craig Reynolds' separation, alignment, and cohesion rules. Renders thousands of agents in real time with OpenGL and exposes an ImGui panel to tune steering weights and visual settings on the fly.
Interactive elastic-collision physics simulation of spherical bodies in 2D. Uses a quadtree and spatial-grid hybrid for broad-phase collision detection. Implemented in Python with NumPy for vectorised physics and PyOpenGL for rendering.
Conway's Game of Life with the classic ruleset and an extended "Larger than Life" variant supporting configurable neighbourhood radii. Written in C++ with Win32/WinAPI rendering for a dependency-free native build.
Automated data pipeline that periodically fetches hydrological measurements from the IMGW API and commits them as per-station JSON files to the repository. Runs entirely on GitHub Actions for hands-free, scheduled collection with zero infrastructure.