Making a jewellery holder from cardboard

Math

• The student learned measurement and geometry concepts by creating and cutting out the shapes for the jewellery holder.
• They practiced fractions and division when determining the dimensions for the compartments.
• Calculating the space efficiency and proportions of the compartments contributed to their understanding of spatial reasoning and ratios.

Science

• The activity involved understanding how materials can be manipulated and transformed, demonstrating concepts of material science.
• Exploration of balance and weight distribution in the design to prevent the holder from tipping over introduced basic principles of physics.
• Discussion around choosing sustainable materials and their impact on the environment encouraged considering ecological science and sustainability.

Design and Technology

• The student applied the design process, going through stages of planning, prototyping, and refining to create a functional and aesthetically pleasing jewellery holder.
• They learned basic engineering concepts by testing structural integrity and functionality of the holder, considering its purpose and usage.
• Using low-cost, accessible materials opened discussions on inclusive design and the power of creativity in problem-solving when resources are limited.

For continued development, students can explore more intricate designs, experiment with different materials, and research the history and cultural significance of jewellery holders, further blending art, history, and anthropology.

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• Build Your Own Wooden Birdhouse Kids by Stanley Jr.: A hands-on woodworking kit teaching carpentry skills and fostering creativity.
• STEM Building Toys Kit by MEIGO: A set using engineering and building principles, encouraging problem-solving through play.
• K'NEX Education - Intro to Simple Machines by K'NEX: Introducing physics and engineering concepts through constructing and exploring simple machines.