第 3 部分：使用 Matlab 進行遊戲開發 - 基本太空入侵者

What will be taught? In this course, students will learn the basics of game development using MATLAB by building a simple Space Invaders-style game. This course covers key programming concepts while making the learning process engaging and fun.

What topics will I cover?

Game Development Basics: Introduction to game development and the MATLAB environment.
Player Controls: Coding player movement and basic controls.
Enemy AI: Creating enemy characters and implementing movement patterns.
Collision Detection: Detecting collisions between player and enemies.
Game Logic and Final Touches: Implementing scoring, game-over conditions, and polishing the game.

How is the class structured? The course is organized over five lessons, each focusing on a different aspect of game development:

Lecture and Demonstration (15 minutes): Introduction to game development concepts and coding examples.
Interactive Coding (15-20 minutes): Students will code along with me, building different parts of the game.
Game Development (15-20 minutes): Students will apply the concepts learned to develop their version of the Space Invaders game.
Q&A and Playtesting (5 minutes): Each class ends with a playtesting session where students test their games and discuss improvements.

How will I teach? 
I will guide students through the process of building a simple game using MATLAB, with each lesson adding a new feature to their game. The course will be highly interactive, with students coding along and implementing game features in real-time.

What's your teaching style? My teaching style is dynamic and practical, focusing on hands-on coding and immediate application of concepts. I aim to make learning engaging by turning coding exercises into a game development project that students can be proud of.

How much will learners get to interact with me?

Live Coding: Students will follow along with coding exercises and receive immediate feedback.
Game Development: I will provide personalized guidance as students develop their games, helping them troubleshoot and refine their work.
Playtesting and Feedback: Students will have opportunities to test their games, receive feedback, and iterate on their designs.