
Mugdha Kumar developed three core algorithmic features for the GDG-IGDTUW/DSA-1 repository, focusing on performance and correctness using C++. She implemented an efficient Two Sum solution leveraging hash maps for O(n) lookups, designed a binary search algorithm to locate targets in rotated sorted arrays with explicit time complexity analysis, and built a cycle detection method for linked lists using hash maps. Her work demonstrated strong skills in C++ programming, algorithm design, and data structures. All contributions were committed with clear, descriptive messages and traceable hashes, reflecting a disciplined approach to code quality and reproducibility over the course of the month.

Month: 2026-01; Repository: GDG-IGDTUW/DSA-1. Delivered three core algorithmic features with a focus on performance and correctness: Two Sum solution (O(n) with a hash map), Search in Rotated Sorted Array (binary search with complexity analysis), Detect Cycle in Linked List (cycle detection via hash map). All changes committed with clear messages and traceable hashes. This work demonstrates strong problem-solving, code quality, and reproducible commits.
Month: 2026-01; Repository: GDG-IGDTUW/DSA-1. Delivered three core algorithmic features with a focus on performance and correctness: Two Sum solution (O(n) with a hash map), Search in Rotated Sorted Array (binary search with complexity analysis), Detect Cycle in Linked List (cycle detection via hash map). All changes committed with clear messages and traceable hashes. This work demonstrates strong problem-solving, code quality, and reproducible commits.
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