I build high-performance backend and system-level software in C/C++ and Python, focused on reliability, concurrency, and real-world execution. My background includes modern C/C++, Python, Linux, modular architecture, multithreading, debugging, validation, and performance optimization. I have hands-on experience building and improving simulation workflows, real-time processing components, structured state-exchange logic, and robust backend-style systems where correctness, maintainability, and efficiency matter. I help clients with: • Backend logic and API-driven services • High-performance C/C++ and Python development • System design, refactoring, debugging, and code quality improvement • Concurrent and event-driven application logic • Linux-based software and infrastructure-oriented development • Simulation, analytics, and technical processing engines • AI-supporting systems such as preprocessing pipelines, inference integration, and structured data flows • Automation and internal tools that improve reliability and reduce manual work I am especially interested in backend engineering, system-level software, AI-related engineering, infrastructure-minded development, and technically challenging projects that require strong logic, clean design, and careful debugging. I write maintainable code, isolate problems systematically, and build solutions that are easier to test, extend, and trust.