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Purpose

• Objective: To teach robotics, programming, and problem-solving using mBot.
• Audience: School students, educators, hobbyists, and beginner-level robotics enthusiasts.

Key Topics

a. Introduction to mBot

• Overview of mBot and its components.
• How mBot supports STEM learning.
• Applications in real-world problem-solving.

b. Setting Up mBot

• Assembling mBot step-by-step.
• Installing software like mBlock (Scratch-based platform).
• Connecting via Bluetooth or USB.

c. Programming Basics

• Introduction to block-based coding (using mBlock).
• Transitioning to Python or Arduino programming.
• Running your first program on mBot.

d. Sensors and Actuators

• Understanding mBot’s sensors (e.g., line-following sensor, ultrasonic sensor).
• Using actuators (motors, LEDs, buzzers).
• Hands-on exercises like line-following and obstacle-avoidance projects.

e. Advanced Features

• Customizing mBot with additional modules.
• Wireless communication using Wi-Fi or Bluetooth modules.
• Integrating AI features like image or voice recognition (with extensions).

f. Robotics Projects

• Beginner projects: Line follower, obstacle avoider.
• Intermediate: Maze-solving robot, light-chasing bot.
• Advanced: IoT-controlled mBot or AI-enhanced robot.

Learning Formats

Interactive Tutorials

• Step-by-step guides with visuals.
• Simulations for coding without hardware (e.g., using mBlock’s simulator).

Videos and Animations

• Assembly guides and programming walkthroughs.
• Explanation of key concepts like sensors and loops.

Activity Kits

• Printable worksheets and quizzes.
• Challenge-based projects for competitions.

Live Support

• Live Q&A sessions or webinars.
• Community forums for peer-to-peer interaction.