About the course
This 5-day course is designed to provide educators with a comprehensive understanding of STEM (Science, Technology, Engineering, and Mathematics) education and robotics. Participants will explore the history and current developments in robotics, learn how to integrate robotics into their teaching practices, and gain hands-on experience with various robotic tools and programming languages. The program combines theoretical knowledge with practical workshops, enabling educators to create innovative and engaging lessons for their students.
What will you learn?
By the end of this course, participants will:
Understand the history, theories, and applications of robotics in education.
Develop skills in computational thinking, programming, and using robotic tools like Arduino, BeeBots, and Lego Mindstorms EV3.
Design and implement innovative STEM lessons that incorporate robotics and problem-solving activities.
Course Content
This course equips educators with the knowledge and skills to integrate STEM and robotics into their teaching practices. By the end of the program, participants will be prepared to create innovative and engaging lessons that foster computational thinking, creativity, and problem-solving skills among their students.
Morning (3 hours):
- Icebreaker Activity: “My First Encounter with Robotics” – Participants share their experiences and expectations.
- Session 1: Introduction to STEM Education – Overview and importance in modern education.
- Session 2: History of Robotics in Education – Evolution and current trends.
Afternoon (3 hours):
- Workshop: Exploring Basic Robotics Concepts – Introduction to robotic theories and their applications.
- Group Activity: Brainstorming on the Role of Robotics in Education.
• • Reflection: Sharing insights from the day’s activities.
Morning (3 hours):
- Session 1: Teaching Scientific Inquiry – Developing a scientific mindset and attitude in students.
- Session 2: Introduction to Arduino – Overview of hardware and software.
Afternoon (3 hours):
- Workshop: Hands-On Arduino Projects – Participants work on basic projects using Arduino kits.
- Group Activity: Collaborative Problem-Solving with Arduino.
• Reflection: Discussing challenges and successes.
Morning (3 hours):
- Session 1: Intermediate Arduino Programming – Exploring sensors and actuators.
- Session 2: Data Transfer Methods – Cable and wireless communication.
Afternoon (3 hours):
- Workshop: Advanced Arduino Projects – Participants design and implement more complex projects.
- Group Feedback: Sharing project outcomes and lessons learned.
• Case Study: Real-World Applications of Arduino.
Morning (3 hours):
- Session 1: Introduction to Lego WeDo2 – Building and programming simple robots.
- Session 2: Introduction to Lego Mindstorms EV3 – Overview and basic programming.
Afternoon (3 hours):
- Workshop: Hands-On Activities with Lego WeDo2 and EV3 – Participants engage in practical sessions.
- Group Activity: Designing Classroom Activities with Lego Robotics.
• Reflection: Sharing experiences and insights.
Morning (3 hours):
- Session 1: Advanced EV3 Programming – Exploring complex functionalities and sensors.
- Session 2: Collaborative Projects with EV3 – Team-based problem-solving activities.
Afternoon (3 hours):
- Workshop: Presenting Final Projects – Participants showcase their EV3 projects.
- Reflection and Feedback: Discussing key takeaways and future steps.
• Certificate Distribution and Closing Ceremony.
