
Contributed to the GDG-IGDTUW/DSA-1 repository by developing two algorithmic features and performing repository maintenance within a month. Delivered a C++ solution for rotating an image 90 degrees clockwise, utilizing matrix transposition and row reversal to achieve efficient matrix manipulation. Added both brute force and optimal approaches for the Time Needed to Buy Tickets problem, including example usage to support interview preparation and practical learning. Enhanced repository maintainability by removing stray executables and unnecessary editor configuration files, streamlining onboarding for future contributors. Demonstrated skills in algorithm design, data structures, and problem solving, with a focus on clean, reproducible code.
January 2025 — Delivered practical algorithmic features for GDG-IGDTUW/DSA-1 while cleaning up the repository to improve maintainability and onboarding. The work emphasizes business value by providing ready-to-run interview-ready solutions and a clean codebase for faster iteration.
January 2025 — Delivered practical algorithmic features for GDG-IGDTUW/DSA-1 while cleaning up the repository to improve maintainability and onboarding. The work emphasizes business value by providing ready-to-run interview-ready solutions and a clean codebase for faster iteration.

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