About the course
This course introduces educators to the exciting world of robotics and its transformative role in education. Participants will gain insights into the history, current applications, and potential of robotics in teaching and learning. Through hands-on activities, they will explore robotic theories, computational thinking skills, hardware and software components, and innovative teaching methods. The course is designed to empower educators to integrate robotics into their classrooms effectively, fostering creativity, problem-solving, and collaboration among students.
What will you learn?
By the end of the course, participants will:
Understand the principles, history, and applications of robotics in education.
Develop skills in using robotic components, sensors, and programming to create innovative learning experiences.
Design and implement robotics-based lessons that promote collaboration, problem-solving, and computational thinking.
Course Content
This course equips educators with the knowledge and skills to integrate robotics into education effectively. By leveraging robotics, teachers can create engaging, innovative lessons that inspire students to develop computational thinking, problem-solving, and collaboration skills. The hands-on approach ensures participants leave with practical tools and strategies to implement robotics in their classrooms confidently.
Morning (3 hours):
- Welcome and Overview of Robotics in Education.
- Session 1: The History and Evolution of Robotics in Education.
- Session 2: Theoretical Foundations and Current Developments in Robotic Applications.
Afternoon (3 hours):
- Session 3: Importance and Limitations of Using Robots in Education.
• Workshop: Exploring Computational Thinking Skills and Unplugged Activities.
Morning (3 hours):
- Session 1: Understanding Binary Number Systems and ASCII Conversion.
- Session 2: Identifying Hardware and Software Components of Robots.
Afternoon (3 hours):
- Hands-On Activity: Exploring Data Transfer Methods (Cable and Wireless).
• Workshop: Using Sensors for Motion, Color Detection, and Object Interaction.
Morning (3 hours):
- Session 1: Introduction to Logical Operators and Decision-Making Structures.
- Session 2: Servo Motor Motion Control and Sensor Integration.
Afternoon (3 hours):
- Practical Activity:
- Activating Robots to Separate Objects.
- Parking Sensor Robot Car Creation.
• Building and Programming a Fleeing Robot.
Morning (3 hours):
- Session 1: Features of Innovative Lessons in Robotics.
- Session 2: Steps of Design, Iteration, and Prototype Development in Problem-Solving.
Afternoon (3 hours):
- Group Workshop:
- Designing Robotics-Based Lessons.
• Collaborative Activity: Solving a Complex Problem Using Robotic Tools.
Morning (3 hours):
- Session 1: Effective Communication and Collaboration in Robotics Projects.
- Session 2: Time Management Techniques for Robotics Activities.
Afternoon (3 hours):
- Group Presentations:
- Sharing Designed Lessons and Prototypes.
- Feedback and Improvement Suggestions.
• Closing Session: Reflection, Certificate Distribution, and Future Applications.
