
Contributed to the forStudyingJavaScript/leetcode-study repository by developing and submitting solutions for five LeetCode algorithm problems, including Binary Tree Level Order Traversal, Subtree of Another Tree, House Robber II, Course Schedule, and Merge Intervals. Focused on expanding the practice and testing library, the work emphasized core algorithmic concepts such as dynamic programming, graph theory, interval merging, and tree traversal. All solutions were implemented in JavaScript, demonstrating proficiency in both language and problem-solving techniques. The additions enhanced onboarding and learning resources for other developers by providing ready-to-run code references, supporting broader coverage of common algorithmic patterns without introducing new bugs.
Delivered five LeetCode problem solutions to expand the algorithm practice library in forStudyingJavaScript/leetcode-study (Binary Tree Level Order Traversal, Subtree of Another Tree, House Robber II, Course Schedule, Merge Intervals). No major bugs fixed this month. Impact: broadened practice/test coverage, accelerating learning and onboarding for developers; provides ready-to-run references for testing and comparison. Skills demonstrated: JavaScript, algorithm design, problem solving, and version control (commit 57f025bf0dc18ac57a20f08605c7b10bc9ed9f46).
Delivered five LeetCode problem solutions to expand the algorithm practice library in forStudyingJavaScript/leetcode-study (Binary Tree Level Order Traversal, Subtree of Another Tree, House Robber II, Course Schedule, Merge Intervals). No major bugs fixed this month. Impact: broadened practice/test coverage, accelerating learning and onboarding for developers; provides ready-to-run references for testing and comparison. Skills demonstrated: JavaScript, algorithm design, problem solving, and version control (commit 57f025bf0dc18ac57a20f08605c7b10bc9ed9f46).

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