Coding playground for preparation to Java interview

All Algorithms implemented in Java

A collection of Java examples and experiments to understand core concepts, design patterns, and coding practices.

This is a fun little game meant as a coding practice. The game will show you a sequence of colors. You need to replicate that pattern. It becomes longer every round. After losing, you can restart with "Enter". You can change the scale by running the game through Terminal(macOS). ./compile.sh 600 is standard.

A comprehensive repository containing implementations of data structures and algorithms in C++, Java, Python, and C. It includes solutions to popular DSA problems, CodeChef DSA challenges, and the Love Babbar DSA Practice Sheet. Ideal for learning, practice, and interview preparation.

🛠️ A comprehensive collection of data structures and algorithms implemented in multiple programming languages. Perfect for learning, interviews, and competitive programming!

A daily updated collection of Java solutions to logical problems like arrays, strings, recursion, and more. Perfect for coding practice, interviews, and enhancing problem-solving skills.

Repository for Technion's 094219 Software Engineering course final exam preparation, covering Java, OOP, design patterns, multithreading, and more.

This repository is a collection of Java projects for brushing up on Data Structures, Algorithms, and more.

This repository is designed for Java beginners to practice foundational programming concepts. Whether you're new to programming or aiming to strengthen your Java skills, you'll find a collection of simple yet instructive exercises and examples here.

This repository contains my accepted LeetCode solutions, organized by question, showcasing my journey in problem-solving and competitive programming.

This is a repository of my leetcode solutions

A comprehensive repository showcasing assignments and projects completed as part of Coursera's "Java Programming and Software Engineering Fundamentals" specialization.

This project implements an arithmetic calculator capable of parsing and evaluating mathematical expressions using a custom stack data structure. The calculator handles various arithmetic operations and parentheses, providing accurate results for complex expressions.

This project implements two methods for calculating Oddonacci numbers using Java: a linear tail-recursive approach and a multiple recursive approach. These methods are implemented to study their performance in terms of execution time and efficiency.

This repo. has coding problem solutions from Leet Code in Java & Python.