Objective

By the end of this lesson, you will be able to explore the principles of science using LEGO and understand how different concepts relate to real-world applications.

Materials and Prep

• LEGO bricks (various sizes and colors)
• Pen and paper for note-taking

No prior knowledge is required for this lesson. Just come with an open mind and your creativity!

Activities

• Build a simple LEGO structure and observe how it stands or falls. Experiment with different designs and materials to see what makes a structure more stable.
• Create a LEGO car and test how different wheel sizes and positions affect its speed and maneuverability.
• Design and build a LEGO bridge to explore the concepts of balance, weight distribution, and load-bearing capacity.
• Construct a LEGO pulley system to understand how simple machines can make work easier.
• Build a LEGO model of a simple circuit and learn about the flow of electricity.

Talking Points

• Gravity and Stability: "When we build a LEGO structure, gravity pulls it downward. What can we do to make it more stable and prevent it from falling over?"
• Friction and Motion: "How does the size and position of the wheels on a LEGO car affect how fast it can go and how easily it can turn?"
• Forces and Balance: "When building a LEGO bridge, why is it important to distribute the weight evenly and ensure it can support the load without collapsing?"
• Simple Machines: "How can we use a LEGO pulley system to make it easier to lift heavy objects? What are some other simple machines we can create with LEGO?"
• Electricity and Circuits: "What happens when we connect a LEGO battery pack to a motor using wires? How can we make the LEGO light bulb glow?"