Core Skills Analysis
Science
Remy explored timber as a science material by working with a wood-based STEM kit and noticing how different pieces could be used in a tiny science lab. He learned about materials, texture, shape, and how wood can be part of a simple technology or engineering build. As he handled the kit, he practiced observation and cause-and-effect thinking by seeing how parts fit together and what design choices made a structure or model work better. This activity supported early scientific inquiry because Remy was learning through hands-on testing, comparing, and building.
Design and Technologies
Remy used the Timber Tech Lab kit to make and explore a small construction project, which helped him think like a young designer. He likely had to follow steps, choose parts, and adjust pieces to make his creation fit together, building early problem-solving and planning skills. Working with a science wood kit also helped him understand that products are made from materials selected for a purpose. This kind of activity encouraged persistence, fine-motor control, and an awareness of how design decisions affect a final result.
Tips
To extend Remy’s learning, invite him to sort the wooden pieces by shape, size, or how they might be used, then talk about why some pieces belong together. He could test different ways to build with the kit and describe which version felt strongest or easiest to assemble, helping him use simple reasoning and vocabulary. A nature walk could add another layer by collecting ideas about where wood comes from and how people use it in everyday objects. You could also ask him to draw his finished build and label the parts, turning the activity into a mini design journal.
Book Recommendations
- Things That Go! by Fiona Watt: A simple picture book that connects well to hands-on building and how things are made to work.
- Not a Box by Antoinette Portis: A playful story that supports imagination, design thinking, and creative use of materials.
- The Most Magnificent Thing by Ashley Spires: A strong match for building, testing, problem-solving, and persistence during STEM projects.
Learning Standards
- Science: Remy investigated properties of materials such as wood, used observation, and compared how parts behaved in a hands-on investigation.
- Design and Technologies: He planned, selected, and assembled parts to create a product, showing early design thinking, problem-solving, and evaluation.
- Queensland Year 2 Curriculum alignment: The activity connects to describing material properties, exploring how familiar products are made from materials, and creating simple designed solutions through guided making and testing.
Try This Next
- Draw and label Remy’s wooden build, naming each part and its job.
- Ask: Which piece was hardest to fit? Which shape was easiest to use? Why?
- Create a simple sorting worksheet for wood kit pieces by size, shape, or function.
- Try a build-and-test challenge: make two designs and compare which is sturdier.