- Learned about structures and engineering principles through building different structures with Lego bricks.
- Explored the concept of simple machines by creating and experimenting with working Lego machines, such as pulleys, levers, and gears.
- Studied the basics of physics by observing how different forces and motion affect Lego creations, such as gravity, inertia, and friction.
- Understood the concept of energy transfer by building and demonstrating models that involve kinetic and potential energy, such as a rolling marble coaster or a catapult.
- Explored the principles of chemistry by building models that represent different chemical reactions, such as a volcano that erupts using baking soda and vinegar.
Tips for continued development:
- Encourage the student to research and learn about more advanced engineering principles and apply them to their Lego constructions.
- Have the student experiment with more complex mechanisms and machines, such as motorized Lego creations.
- Challenge the student to build models that demonstrate more advanced physics concepts, such as momentum, torque, or aerodynamics.
- Introduce the student to different fields of science and challenge them to create Lego models that represent scientific concepts from biology, geology, or astronomy.