
Lizaveta Fadeeva developed a suite of automation and simulation features in the soomrack/MR2025 repository, focusing on embedded systems, robotics, and financial modeling. She engineered a C++-based personal finance simulator, refactored for accuracy and maintainability, and implemented autonomous control systems for line-following robots and greenhouse climate management using Arduino and PID control. Her work extended to real-time server-client messaging with multithreading and socket programming, as well as environmental monitoring with Arduino connectivity. Throughout, Lizaveta emphasized clean code, modular design, and robust hardware-software integration, delivering maintainable solutions that addressed both simulation accuracy and reliable automation in diverse technical domains.
March 2026 monthly summary for repository soomrack/MR2025. Key focus: implementing an Environmental Monitoring Sensor Loop with Arduino Connectivity to enable real-time environmental monitoring on the server.
March 2026 monthly summary for repository soomrack/MR2025. Key focus: implementing an Environmental Monitoring Sensor Loop with Arduino Connectivity to enable real-time environmental monitoring on the server.
February 2026 monthly summary: Delivered core client and server messaging capabilities with emoji support, improved connection management, and real-time multi-threaded processing. Codebase modernization across client/server filenames and cross-platform readiness for Linux production deployment. No major bugs reported this month. Business impact includes enabling real-time user communications, richer messaging (emoji/color), and admin command support.
February 2026 monthly summary: Delivered core client and server messaging capabilities with emoji support, improved connection management, and real-time multi-threaded processing. Codebase modernization across client/server filenames and cross-platform readiness for Linux production deployment. No major bugs reported this month. Business impact includes enabling real-time user communications, richer messaging (emoji/color), and admin command support.
November 2025 – soomrack/MR2025: Delivered two autonomous control systems with attention to reliability, maintainability, and measurable business value. Focused on sensor-driven automation, robust control loops, and clean code hygiene across two repositories.
November 2025 – soomrack/MR2025: Delivered two autonomous control systems with attention to reliability, maintainability, and measurable business value. Focused on sensor-driven automation, robust control loops, and clean code hygiene across two repositories.
October 2025 monthly summary for soomrack/MR2025: Delivered targeted feature improvements and stability enhancements that increase modeling accuracy and autonomous navigation reliability. The work combined software refactors, precision calculations, and robust hardware-software integration to deliver measurable business value in financial decision support and automated robotics capabilities.
October 2025 monthly summary for soomrack/MR2025: Delivered targeted feature improvements and stability enhancements that increase modeling accuracy and autonomous navigation reliability. The work combined software refactors, precision calculations, and robust hardware-software integration to deliver measurable business value in financial decision support and automated robotics capabilities.
Month 2025-09 performance summary: Delivered the baseline Personal Finance Simulator in the MR2025 repository, implementing a core C++ model that projects two individuals' finances over a 20-year horizon, including income, expenses, inflation, and final capital reporting. Established documentation scaffolding and repository hygiene to accelerate onboarding and maintenance. Implemented stability and correctness improvements by addressing version-specific issues in task1.cpp (22.09), enhancing numerical accuracy for horizon calculations and inflation handling. These changes lay a scalable foundation for future features like scenario analysis and sensitivity testing, reducing project risk and accelerating business value realization.
Month 2025-09 performance summary: Delivered the baseline Personal Finance Simulator in the MR2025 repository, implementing a core C++ model that projects two individuals' finances over a 20-year horizon, including income, expenses, inflation, and final capital reporting. Established documentation scaffolding and repository hygiene to accelerate onboarding and maintenance. Implemented stability and correctness improvements by addressing version-specific issues in task1.cpp (22.09), enhancing numerical accuracy for horizon calculations and inflation handling. These changes lay a scalable foundation for future features like scenario analysis and sensitivity testing, reducing project risk and accelerating business value realization.

Overview of all repositories you've contributed to across your timeline