- Understanding of basic engineering principles such as stability and balance
- Exploration of the concept of friction by building different structures and observing how they move
- Hands-on experience with principles such as levers and gears by building various mechanisms
- Practice in problem-solving and critical thinking by following instructions to construct complex Lego models
- Introduction to basic principles of physics, such as gravity and motion, through building and experimenting with Lego vehicles
- Exploration of the concept of energy transfer and conversion by building simple machines with moving parts
- Introduction to the concept of forces and motion by building catapults or other launching devices
- Understanding of structural integrity and the strength of materials by experimenting with different building techniques
Continued development can be encouraged by:
- Challenging the child to build more complex structures that incorporate advanced principles of engineering and physics
- Encouraging the child to create their own Lego models and explain the scientific concepts behind them
- Integrating Lego into science experiments by using it to demonstrate various scientific phenomena
- Exploring different themes within science, such as biology or chemistry, through building Lego models that represent specific concepts
- Participating in Lego robotics competitions or joining a Lego club where the child can engage with other students and further develop their scientific understanding