Learning Outcomes:

Understanding Basic Programming Concepts:

• Event: Learn how to use event-driven programming to make the game respond to player inputs (e.g., pressing keys to move Mario).
• Loops: Use loops to create repeating actions, such as continuous movement or animations.
• Conditionals: Implement conditional statements to handle different scenarios, like checking if Mario has hit an obstacle or collected a coin.
• Variables: Understand and use variables to track game states, such as score, lives, or time.

---

Game Design Principles:

• Character Movement: Program smooth and responsive character movement, including jumping, walking, and running.
• Collision Detection: Implement collision detection to handle interactions between Mario and the game environment (e.g., platforms, enemies, coins).
• Level Design: Design and create game levels that are fun and challenging, incorporating platforms, obstacles, and goals.

---

Problem-Solving and Debugging:

• Troubleshooting: Identify and fix bugs in the code, improving problem-solving skills.
• Iterative Improvement: Test the game, gather feedback, and make iterative improvements to enhance gameplay.

---

Creative Expression:

• Graphics and Animation: Design and animate custom sprites for Mario, enemies, and other game elements.
• Sound Effects and Music: Add and synchronize sound effects and background music to enhance the gaming experience.