C++ · C# · Python Developer | Researcher in Numerical Modeling & HPC | Seminarian at NSU

I’m passionate about building efficient software solutions at the intersection of mathematics, physics, and computer science.
My background spans parallel computing, geophysics, numerical methods, 3D graphics, and machine learning.
Currently: Team Lead @ PetroGM, Seminarian @ NSU, Postgraduate @ IAE SB RAS.

• Languages: C# · C++ · Python · Java · R
• Parallelism & HPC: OpenMP · MPI · CUDA
• Graphics & Visualization: OpenGL · DirectX (SharpDX) · Unity · OpenCV
• Software Engineering: Visual Studio / VS Code · Git · Docker · RabbitMQ · Astah
• AI Tooling: Claude Code · OpenAI Codex CLI (multi-agent workflows)
• Domains: Numerical Methods · Geophysics · Continuum Mechanics · Optical Systems

🔹 MultiThreadingRecording — Solo · C++ · 2021
Multithreaded video capture system supporting simultaneous screen recordings.

🔹 MiniFlow — Solo · C++ · 2020
Lightweight deep learning library in C++ (linear layers, sigmoid activation, MSE loss).

🔹 ParallelQuickSort — Solo · C++ · 2020
High-performance parallel sorting algorithm.

🔹 0x0000dead/Irvin-curves — Co-authored · C++ / Qt / Qwt · 2021 · Backend lead
Qt-based app for plotting semiconductor n-type curves: Irvin, mobility, conductivity.

• Calculation of the Luneberg Optical Lens and Applications — International Journal of Innovative Research and Scientific Studies, 2025. DOI
• The Tsunami Wave Calculation in Large Domains by Grid Decomposition — OCEANS 2025 Brest, 2025. DOI
• Tomographic Study of the Structure of Cast and Pressed Trotyl Charges — Results in Engineering, 2022. DOI
• Full list: ORCID

• 💼 LinkedIn
• 📚 ORCID
• 🏢 PetroGM | NSU | IAE SB RAS