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Artistry and prototype design

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In this lesson, students dive into the intricate world of race car engines and tire technology. They explore the critical role of tire pressure, traction, and friction in racing performance, understanding how these elements contribute to a car’s speed and stability. This lesson also covers the basics of race car engines, emphasizing horsepower, torque, and fuel efficiency, and how these factors impact race outcomes. With engaging activities and expert insights from industry professionals, students gain a comprehensive understanding of the science behind what makes race cars powerful and fast. Additionally, the lesson integrates AI-driven analysis, providing a modern technological perspective on optimizing racing strategies.

  • Audience: Middle school students (ages 12-15) with an interest in motorsports, STEM, and interactive learning experiences.
  • Length: One hour
  • Learning objectives for learners
    • Learn the basic principles of race car design, including shape, weight distribution, aerodynamics, and functionality.
    • Understand the role of aerodynamics in enhancing race car performance.
    • Explore the importance of materials science in car construction and the key materials used (for example, carbon fiber, aluminum, titanium).
    • Discover the concept of car wraps in race cars and their significance in branding, advertising, and aerodynamics.
    • Analyze Rajah Caruth's car design to understand how it maximizes his racing performance.
    • Engage in hands-on and AI-driven activities to design a basic race car using learned aerodynamic principles.

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Tips for first-year teachers

Here are some tips on how to prepare and facilitate the sessions to help your students.

Preparation

  • Familiarize yourself with the content: Review all slides and materials ahead of time. Practice the script and make sure you understand the key concepts so you can explain to them confidently.
  • Set Up technology in advance: Ensure all required technology, including computers, projectors, and internet access, is set up and tested before the lesson begins. Familiarize yourself with the Microsoft AI tools and the PhET simulations to avoid technical difficulties during the class.

Facilitation

  • Engage students early: Start with the activating question to capture students’ interest. Use their responses to guide the discussion and make the content more relatable.
  • Encourage participation: Make sure to involve all students by asking open-ended questions and encouraging them to share their thoughts and ideas. Use praise and positive reinforcement to build their confidence.
  • Use visual aids: Utilize diagrams, videos, and photos to help explain complex concepts. Visual aids can make abstract ideas more concrete and understandable for students.
  • Break down complex concepts: Simplify technical terms and complex concepts by breaking them down into smaller, more digestible parts. Use analogies and metaphors to make the material more relatable.
  • Hands-on activities: Provide clear, step-by-step instructions for hands-on activities. Walk around the classroom to offer assistance and ensure students stay on task.
  • Interactive tools: Leverage interactive tools like Microsoft Azure AI and PhET simulations to enhance engagement. Guide students through the steps and encourage them to explore the tools independently.