I'm a Computer Science in Engineering student at AGH University of Krakow, passionate about high-performance computing, computer graphics, and software architecture. My academic and project focus bridges the gap between low-level optimization (C++), computational numerical analysis, and robust backend engineering (Python/FastAPI

I am actively seeking opportunities where software engineering meets physics and complex data analysis.

• Magnetic Field Simulator: A high-performance 3D visualization engine built with C++17, OpenGL ES 3.0, and compiled to WebAssembly via Emscripten. It calculates fields using the Biot-Savart law and smoothly renders up to 100,000 flowing particles.
• Full-Stack Rock Climbing Tracker: Developing a comprehensive logbook using Python, FastAPI, and React.js, with a focus on asynchronous RESTful APIs and relational databases (MySQL).

• Low-Level & Graphics: C++, C, OpenGL, GLSL, WebAssembly, Emscripten, CMake
• Backend & Data: Python, FastAPI, SQL (MySQL), Pandas, NumPy, Keras
• Tools & OS: Linux (Ubuntu/Debian), Git, GCC/GDB, Docker
• Core Concepts: Data Structures, Algorithms, SOLID, Memory Management, Kinematics Scientific Computing: Numerical Methods (ODE Solvers, Linear Algebra, Quadratures, Interpolation, Approximation)

When I'm not debugging memory leaks or analyzing time/space complexity, you can find me rock climbing or exploring new travel destinations. I approach bouldering problems the same way I approach software architecture: assessing risks, breaking down complex obstacles step-by-step, and persevering until it's solved.

• Email: [nborkala@student.agh.edu.pl]

“Engineering robust solutions for complex physical and data-driven challenges.”