Advanced Robotics for High School STEM Labs

1. Introduction to Robotics

  • Overview of Robotics: History, principles, and applications.
  • Basic Components: Sensors, actuators, controllers.

2. Robotics Programming

  • Programming Languages: Introduction to block-based coding, Scratch, and Python.
  • Programming Tasks: Simple tasks to complex problem-solving.

3. Robotics Hardware

  • Components: Motors, sensors, microcontrollers.
  • Integration: How these components work together.

4. Robotics Design

  • Mechanical Design: Basics of designing robot structures.
  • Electronics: Circuit design and integration.
  • Software Integration: Combining hardware with software.

5. Robotics Applications

  • Real-World Applications: Manufacturing, healthcare, space exploration.
  • Ethical Considerations: Impact of robotics on society.

6. Robotics Challenges and Competitions

  • Hands-On Projects: Building and programming robots.
  • Competitions: Participating in local and national robotics competitions.

7. Advanced Robotics Concepts

  • Artificial Intelligence: Basics of AI and machine learning.
  • Autonomous Navigation: Principles and applications.

8. Integration with STEM Subjects

  • Mathematics: Applying mathematical concepts in robotics.
  • Physics: Understanding the physical principles behind robotics.
  • Computer Science: Advanced programming and algorithms.

9. Hands-On Learning Activities

  • Building Robots: Using kits and materials.
  • Programming Robots: Real-world problem-solving.
  • Collaborative Projects: Working in teams to design and build robots.

10. Evaluation and Assessment

  • Project-Based Assessments: Evaluating students based on their projects.
  • Competency Tests: Testing knowledge of robotics concepts.

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