Parte 4: Desarrollo de juegos de Roborace con Matlab

What Will Be Taught?

This course teaches students how to create a robot racing game using MATLAB. Students will learn essential programming concepts, including controlling movements, designing race tracks, and integrating game features such as obstacles and power-ups.

What Topics Will I Cover?

Introduction to MATLAB and Robotic Concepts: Basic understanding of MATLAB and robotics, setting up the game environment.
Designing the Race Track: Using MATLAB to create a race track layout and understanding graphical plotting.
Programming Robot Movements: Coding robot controls, movement logic, and collision detection.
Adding Obstacles and Power-Ups: Enhancing the game with features like barriers and speed boosts.
Race Day and Tuning: Final adjustments, playtesting, and showcasing the completed game.

How Is My Class Structured?

Lecture and Demonstration (10-15 minutes): Each lesson begins with an introduction to key concepts, accompanied by live demonstrations in MATLAB.
Interactive Coding (15-20 minutes): Students will code along with me, implementing game features step-by-step.
Game Development (15-20 minutes): Students apply the concepts learned by developing their own robot racing game.
Q&A and Playtesting (5-10minutes): Sessions will conclude with opportunities for students to test their games, ask questions, and discuss improvements.

How Will I Teach?

I will use a hands-on teaching approach, where students actively participate in coding exercises and apply what they’ve learned to build their game. Lessons are designed to be interactive and engaging, with live coding demonstrations and real-time problem-solving.

What's My Teaching Style?

My teaching style is interactive and student-centered, focusing on making coding accessible and fun. I encourage creativity and exploration, allowing students to experiment with their designs while providing guidance and support.

How Much Will Learners Get to Interact With me?

Live Coding: Students will follow along with coding exercises, receiving immediate feedback and support.
Game Development: I will provide individualized guidance as students develop their racing games, helping them troubleshoot and refine their work.
Playtesting and Feedback: Students will test their games, share their results, and receive constructive feedback to improve their projects.