
Over four months, contributed to the TeogopK/Data_Structures_and_Algorithms_FMI repository by designing and implementing a comprehensive suite of data structure and algorithm solutions in C++. Focused on maintainability and onboarding, the work emphasized documentation-first practices, with extensive README enhancements and clear project organization. Delivered a range of features including optimized merge sort variants, graph algorithms such as Dijkstra’s and BFS, grid pathfinding, and regex matching, while standardizing file naming and code scaffolding for future extensibility. Leveraged skills in algorithm design, data structures, and version control to create reusable, well-documented modules that support efficient problem-solving and collaborative development.
January 2026 monthly summary for TeogopK/Data_Structures_and_Algorithms_FMI focusing on delivering core graph algorithms and improving code maintainability. Key work centered on implementing a Dijkstra-based network delay calculator and a BFS-based path existence checker, complemented by targeted code cleanup and file-name standardization to support future contributions and reuse across graph algorithms.
January 2026 monthly summary for TeogopK/Data_Structures_and_Algorithms_FMI focusing on delivering core graph algorithms and improving code maintainability. Key work centered on implementing a Dijkstra-based network delay calculator and a BFS-based path existence checker, complemented by targeted code cleanup and file-name standardization to support future contributions and reuse across graph algorithms.
December 2025 monthly delivery focused on expanding algorithmic toolkit and documentation in TeogopK/Data_Structures_and_Algorithms_FMI. Delivered distinct difference array calculation, Word Ladder solution with BFS and documentation, grid pathfinding (minimum-cost and obstacle-break shortest paths), a naive regex matcher, and extensive documentation improvements to improve onboarding and maintenance.
December 2025 monthly delivery focused on expanding algorithmic toolkit and documentation in TeogopK/Data_Structures_and_Algorithms_FMI. Delivered distinct difference array calculation, Word Ladder solution with BFS and documentation, grid pathfinding (minimum-cost and obstacle-break shortest paths), a naive regex matcher, and extensive documentation improvements to improve onboarding and maintenance.
November 2025 highlights: Delivered core data-structure solutions and strengthened project scaffolding to speed problem-solving and maintenance. Key features delivered: Queue using Stacks (initial implementation) with removal of obsolete path; solution.cpp scaffolding and naming cleanup; Std::map and Std::set implementations refined; Std::unordered_map and Std::unordered_set implementations refined; Map Utilities: two-maps.cpp and 1-map-simple.cpp added; Documentation: README.md updated across the batch. Business impact: accelerates onboarding, enforces consistent coding standards, and provides a reusable foundation for future problems and collaborations. Technologies/skills demonstrated: C++, STL containers (map, set, unordered_map, unordered_set), code scaffolding/templates, and documentation practices.
November 2025 highlights: Delivered core data-structure solutions and strengthened project scaffolding to speed problem-solving and maintenance. Key features delivered: Queue using Stacks (initial implementation) with removal of obsolete path; solution.cpp scaffolding and naming cleanup; Std::map and Std::set implementations refined; Std::unordered_map and Std::unordered_set implementations refined; Map Utilities: two-maps.cpp and 1-map-simple.cpp added; Documentation: README.md updated across the batch. Business impact: accelerates onboarding, enforces consistent coding standards, and provides a reusable foundation for future problems and collaborations. Technologies/skills demonstrated: C++, STL containers (map, set, unordered_map, unordered_set), code scaffolding/templates, and documentation practices.
October 2025: Built a documentation-first foundation and expanded the DS&A FMI algorithm library with multiple implementations and performance-oriented variants, laying groundwork for benchmarking and maintainability. No major bugs fixed this month.
October 2025: Built a documentation-first foundation and expanded the DS&A FMI algorithm library with multiple implementations and performance-oriented variants, laying groundwork for benchmarking and maintainability. No major bugs fixed this month.

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