
Kirill Belobrov developed automation and simulation systems in the soomrack/MR2025 repository, focusing on embedded robotics and financial modeling. He built a C++ personal finance simulator that models income, expenses, inflation, and bankruptcy over a 20-year horizon, refining its realism through modular code and per-person inflation logic. In parallel, he engineered Arduino-based control systems for a line-following robot and a greenhouse, implementing PID control, sensor calibration, and automated environmental management. His work emphasized maintainability through code refactoring, modularization, and adherence to naming conventions, demonstrating depth in C++, Arduino programming, IoT development, and robust integration of sensors and control algorithms.
January 2026 monthly summary for soomrack/MR2025: Delivered critical system enhancements to greenhouse control and line-following robot, and corrected Arduino sketch naming to align with IDE standards. These changes improved reliability, maintainability, and sensor/control performance, enabling faster iteration and easier onboarding for new contributors.
January 2026 monthly summary for soomrack/MR2025: Delivered critical system enhancements to greenhouse control and line-following robot, and corrected Arduino sketch naming to align with IDE standards. These changes improved reliability, maintainability, and sensor/control performance, enabling faster iteration and easier onboarding for new contributors.
Monthly performance summary for 2025-11 (soomrack/MR2025). Focused on strengthening autonomous control features, boosting automation reliability, and improving code maintainability. Delivered two feature workstreams and a critical bug fix, with traceable commits for easy review and future iterations.
Monthly performance summary for 2025-11 (soomrack/MR2025). Focused on strengthening autonomous control features, boosting automation reliability, and improving code maintainability. Delivered two feature workstreams and a critical bug fix, with traceable commits for easy review and future iterations.
Month 2025-10 — Delivered Enhanced Financial Simulation with Inflation Modeling and Codebase Cleanup in soomrack/MR2025. Implemented per-person inflation calculations for incomes and expenses, added helper functions, and modularized the main loop to improve maintainability and testability. Performed targeted codebase cleanup including renaming a core file from task1st to task1st.cpp to align naming conventions. This work was completed via iterative commits: 76a70186d63e99fab1ddd5514430956c30af5db7 (Update task1st 26.10), eaad0e3dbd42b90aa184440993e585980bda86d3 (Final update task1st.cpp), fe971ebcb9d6b377d02a02fa01eac30f1e64f7eb (Rename task1st to task1st.cpp).
Month 2025-10 — Delivered Enhanced Financial Simulation with Inflation Modeling and Codebase Cleanup in soomrack/MR2025. Implemented per-person inflation calculations for incomes and expenses, added helper functions, and modularized the main loop to improve maintainability and testability. Performed targeted codebase cleanup including renaming a core file from task1st to task1st.cpp to align naming conventions. This work was completed via iterative commits: 76a70186d63e99fab1ddd5514430956c30af5db7 (Update task1st 26.10), eaad0e3dbd42b90aa184440993e585980bda86d3 (Final update task1st.cpp), fe971ebcb9d6b377d02a02fa01eac30f1e64f7eb (Rename task1st to task1st.cpp).
September 2025 — Delivered foundational docs and a growing Personal Finance Simulator in C++, with inflation and bankruptcy modeling, plus targeted bug fixes. The effort strengthens planning capabilities and demonstrates end-to-end software delivery from documentation to a working model.
September 2025 — Delivered foundational docs and a growing Personal Finance Simulator in C++, with inflation and bankruptcy modeling, plus targeted bug fixes. The effort strengthens planning capabilities and demonstrates end-to-end software delivery from documentation to a working model.

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