This repository serves as a structured collection of my LeetCode problem solutions, systematically organized by topic and difficulty level. It reflects my ongoing journey of mastering data structures, algorithms, and analytical problem-solving through consistent practice and documentation.
Each directory represents a problem category, and each file corresponds to a specific LeetCode problem solved with clarity and optimization.
- Strengthen understanding of core algorithmic principles.
- Enhance problem-solving speed and code optimization.
- Maintain a personal reference base for revisiting key concepts.
- Track progress and growth in competitive programming and technical interview preparation.
- Arrays and Strings
- Linked Lists
- Stacks and Queues
- Trees and Graphs
- Recursion and Backtracking
- Dynamic Programming
- Greedy Algorithms
- Hashing and Sliding Window
- Bit Manipulation
- Sorting and Searching
To explore or test the solutions locally:
git clone https://github.com/maharshijd/LeetCode-Solves.gitEach solution file includes:
- A concise problem statement reference.
- The implemented approach.
- Space and time complexity (where applicable).
- Add solution explanations and visual breakdowns for complex algorithms.
- Include difficulty-wise categorization (Easy, Medium, Hard).
- Develop a progress tracker and insights dashboard.
- Integrate automated testing for solution verification.
Constructive feedback and optimizations are always welcome. If you have suggestions or alternative implementations, feel free to submit a pull request or open an issue.
- LinkedIn: Maharshi Dindoliwala
- GitHub: maharshijd
- Leetcode: maharshi_jd
- Hackerrank: maharshi1731
Would you like me to elevate this further with GitHub badges (for LeetCode, profile views, commits, etc.) and a minimalist banner header for a more polished professional presentation?