Solving the Coin Change Problem with Greedy Algorithms

Every efficient software application relies on smart decision-making logic. In this course, you will explore how computers solve optimization problems using the classic coin change challenge as your guide. You will transition from basic coding to thinking like a computer scientist by learning how to break down complex problems into optimal, step-by-step choices. What you'll learn: - Understand the core concepts of greedy algorithms and their real-world applications. - Break down the logic of the minimum coin change problem using standard currency denominations. - Analyze algorithm efficiency and understand the basics of Big O notation. - Write clean, structured logic using modern programming best practices like type hinting and clear variable naming. - Identify the limitations of greedy algorithms and recognize when they fail to find the absolute best solution. This text-based course begins with essential terminology and foundational computer science definitions. You will then progress through logical walkthroughs and written exercises that demonstrate how to construct and optimize your own change-making algorithm. Designed specifically for beginner developers and aspiring computer science students, this course requires only a basic understanding of variables and loops. Start reading today to sharpen your analytical skills and master this essential programming pattern.