Product Description:

The "Smart Automation" course is designed for learners in grades 6-8 to explore the fascinating world of automation and smart technologies. This course provides students with the skills and knowledge needed to understand, design, and implement automated systems. Through hands-on activities and real-world applications, students will learn about sensors, microcontrollers, and programming to create their own smart projects.

Course Features:

• 15 Lesson Hours: The course includes 15 detailed lessons that cover various aspects of smart automation.

• Curriculum and Supporting Materials: Comprehensive lesson plans, activity guides, and additional resources to support effective teaching and learning.

• Ongoing Product and Curriculum Support: Continuous support to ensure the curriculum remains relevant and effective.

• Professional Development: Training sessions for educators to deliver the course content effectively and facilitate student learning.

• Facilitation by a Trained STEM Instructor (Optional): Option to have a professional STEM instructor lead the course.

Learning Target Examples:

1. Introduction to Smart Automation: Define smart automation and identify its applications in everyday life.

2. Understanding Sensors: Explore different types of sensors and their uses in smart automation.

3. Microcontrollers and Their Role: Learn about microcontrollers and how they are used to control automated systems.

4. Basic Programming for Automation: Write simple programs to control sensors and actuators.

5. Building a Smart Light System: Create a smart lighting system that responds to environmental changes.

6. Automated Temperature Control: Design a system that automatically regulates temperature based on sensor input.

7. Smart Security Systems: Develop a basic security system using motion detectors and alarms.

8. Introduction to IoT (Internet of Things): Understand how smart devices can be connected and controlled over the internet.

9. Creating a Smart Home Prototype: Design and build a prototype of a smart home with various automated features.

10. Programming with Python: Use Python to write more complex programs for smart automation projects.

11. Data Collection and Analysis: Collect data from sensors and analyze it to improve system performance.

12. Troubleshooting and Debugging: Learn techniques for identifying and fixing issues in automated systems.

13. Ethical Considerations in Automation: Discuss the ethical implications of smart automation and its impact on society.

14. Project Planning and Management: Plan and manage a smart automation project from start to finish.

15. Final Project Presentation: Present a completed smart automation project, demonstrating the design, implementation, and functionality.

Equipment Included:

• Classroom Set of Microcontrollers: Includes microcontrollers such as Arduino or Raspberry Pi, along with necessary accessories.

• Sensors and Actuators: A variety of sensors (e.g., temperature, light, motion) and actuators (e.g., motors, LEDs) for hands-on projects.

• Programming Tools: Software and tools for programming microcontrollers and creating automation systems.

• Supporting Materials: Various materials required for hands-on activities, including wiring kits, breadboards, and electronic components.

Professional Development:

• Teacher Training: Comprehensive training sessions to equip educators with the skills and knowledge to effectively teach the course.

• Ongoing Support: Continuous professional development opportunities and support to ensure successful course delivery.

Additional Information:

• Designed for Learners in Grades 6-8: The course is tailored to meet the developmental and educational needs of students in this age group.

• Hands-On Activities: Emphasis on interactive and engaging activities to foster a love for learning and exploration in STEM fields.

• Real-World Applications: Students will learn about the practical uses of smart automation in various industries and scenarios.