Welcome to the 100 Days of DSA Implementation and Problem Solving Challenge in Java! This repository is your companion on a 100-day journey to enhance your Data Structures and Algorithms skills through hands-on implementation and problem-solving using Java.

Overview Duration: 100 days Focus: DSA Implementation and Problem Solving Language: Java Level: Beginner to Intermediate How to Participate Fork this repository: Click the "Fork" button to create your copy of this repository.

Clone your fork: Clone the repository to your local machine using git clone.

Daily Commitment: Spend at least 30 minutes each day implementing a DSA concept or solving a problem using Java. Commit your code with clear comments and explanations.

Track Your Progress: Update the Progress.md file regularly to record the DSA concepts you've implemented and problems you've solved.

Documentation: Provide clear explanations and documentation for your implementations and problem-solving approaches in the respective folders.

Collaborate and Discuss: Engage with the community by opening issues, discussing implementations, and sharing insights. Learning is more rewarding when it's a shared experience!

Folder Structure scss Copy code ├── Day1 │ ├── implementation.java │ ├── problem_solution.java │ ├── explanation.md ├── Day2 │ ├── implementation.java │ ├── problem_solution.java │ ├── explanation.md ├── ... ├── Progress.md Each day has its folder containing the implementation of a DSA concept and the solution to a problem, along with a markdown file for explanations or reflections.

Resources Java Documentation: Refer to the official Java documentation for language-specific information. Online Judges: Leverage platforms like LeetCode, HackerRank, or Codeforces for practicing problems. Tutorials: Explore Java-specific DSA tutorials on websites like GeeksforGeeks. Community: Join forums like Stack Overflow or Reddit to ask Java-specific DSA questions. Disclaimer This challenge is about consistent effort and improvement. Don't be afraid to seek help or clarification, and remember that learning is a continuous process.

Happy coding! 🚀☕️👩‍💻👨‍💻