I'm excited to share my latest project: a visual and interactive N-Queen Problem Solver, built to dynamically demonstrate how the backtracking algorithm works in real time! This educational tool offers users a hands-on way to explore the logic behind one of the most classic problems in computer science.

🛠 Technologies Used: JavaScript, HTML/CSS (or update with your tech stack if different)

♟ N-Queen Problem Visualization
Watch the algorithm in action as it places queens on an N×N chessboard such that no two queens threaten each other. The board updates in real time, showing each step of the backtracking process.

🧠 Backtracking Algorithm Implementation
Engineered a clean and efficient algorithm to solve the N-Queen problem recursively, highlighting decision points, backtracks, and final solutions.

💡 User-Friendly Interface
Designed a clean and intuitive UI allowing users to choose board size (N), start the visualization, and understand the solving process with ease.

⚙ Performance Optimization
Refined logic and rendering to improve speed and responsiveness, especially for larger board sizes, ensuring a smooth experience even during complex computations.

📊 Educational Insights
Integrated solution counters, step tracking, and status displays to help users and learners understand the number of solutions and the depth of the search tree.

This project was a deep dive into algorithm visualization, problem-solving, and UI/UX design, making abstract computer science concepts engaging, understandable, and accessible to learners and enthusiasts alike.