OBJECTIVE

1. Introduction to Artec Robo 2.0: Participants will gain a comprehensive understanding of the Artec Robo 2.0 kit, including its hardware components and the ESP32 microprocessor. By the end of the workshop, attendees will be proficient in setting up and assembling their own Artec Robo 2.0 robots.

2. Scratch Programming Basics: Through interactive sessions, participants will learn the fundamentals of programming in Scratch. They will explore the Scratch interface, understand basic programming concepts, and develop their first programs to control the Artec Robo 2.0.

3. AI and Image Recognition with Scratch: Delving deeper into Scratch programming, attendees will discover how to integrate artificial intelligence and image recognition capabilities into their Artec Robo 2.0 projects. By the end of this session, participants will be able to program their robots to recognize and react to objects using Scratch.

4. Python Programming and Wireless Communication: Building upon their Scratch programming skills, participants will transition to Python programming for advanced control of the Artec Robo 2.0. They will learn how to harness the power of Python to enable wireless communication between multiple robots, facilitating collaborative projects and complex interactions.

5. Hands-on Project Implementation: Throughout the workshop, attendees will engage in practical, project-based learning experiences. From simulating traffic control centers to implementing AI-driven solutions, participants will work in small groups to apply their newfound knowledge and creativity.