Core Skills Analysis
Mathematics
- Learns geometric concepts through hands-on manipulation of shapes and understanding their properties.
- Develops spatial reasoning skills by assembling tiles into various 2D and 3D structures.
- Explores symmetry and balance while building stable constructions.
- Begins understanding measurement concepts such as size, length, and angles as structures grow.
Physics/Engineering
- Experiences principles of magnetism through connecting magnetic tiles.
- Understands basic structural engineering concepts such as stability and support.
- Experiments with cause and effect when constructions collapse or hold together.
- Explores weight distribution and balance when stacking tiles vertically or creating complex shapes.
Creativity and Problem Solving
- Enhances creativity by designing and building original models.
- Develops critical thinking by planning and adjusting structures during construction.
- Improves fine motor skills through precise placing and connecting of tiles.
- Builds perseverance and patience when troubleshooting unstable builds.
Tips
To deepen understanding of geometric and engineering principles, encourage the student to build themed structures such as bridges, towers, or houses, discussing why certain shapes are more stable. Introduce challenges that require specific solutions, like building the tallest tower or a structure that can hold a small object. Use storytelling alongside building to spark creativity and contextualize learning. For older students, incorporate lessons on magnets' properties, including polarity. Documenting the design and construction process in a simple journal can also support reflection and iterative problem solving.
Book Recommendations
- Shapes, Shapes, Shapes by Tana Hoban: An exploration of geometric shapes through vibrant photographs suited for young learners starting to recognize shapes in the world.
- Rosie Revere, Engineer by Andrea Beaty: A charming story that encourages children to be creative and persistent in engineering and building projects.
- Ada Twist, Scientist by Andrea Beaty: Follows a curious child scientist’s adventures exploring the why and how behind the world, great for sparking scientific inquiry.
Learning Standards
- Mathematics - Geometry & Spatial Sense: Understanding properties of 2D and 3D shapes (e.g., Ontario, MA2.1)
- Science - Structures and Mechanisms: Understanding the characteristics of structures and forces acting on them (Ontario, SNC1D)
- Mathematics - Measurement: Exploring size and dimensions of constructed shapes (Ontario, MA2.3)
- Science - Understanding Magnetism: Basic properties and behaviours of magnets (Ontario, SNC1D)
Try This Next
- Create a worksheet with different 2D shapes asking students to build matching 3D structures using magna tiles.
- Conduct a sorting and magnetism experiment by testing which sides of the tiles attract or repel and recording observations.