3d printing

Math

• Understanding of geometric shapes and spatial reasoning through designing and printing 3D models.
• Practicing measurement and scale through adjusting dimensions for printing.
• Application of concepts of volume and surface area when working with 3D modeling software.
• Exploration of symmetry and patterns in design and printing process.

Science

• Understanding of the engineering design process including problem-solving, iteration, and testing.
• Engagement with material science by learning about different types of 3D printing filaments and their properties.
• Exploration of physics concepts such as structural integrity, support structures, and adhesion during printing.
• Introduction to technological innovation and its impact on various industries and everyday life.

After the 3D printing activity, students can continue their development by exploring more complex software for designing 3D models. Encouraging them to solve real-world problems using 3D printing can further enhance their critical thinking skills. Additionally, they can research and present on the current applications of 3D printing in fields like medicine, architecture, and space exploration.

Book Recommendations

• How to Make a Universe with 92 Ingredients by Adrian Dingle: This book introduces children to the world of chemistry and the periodic table, which can be related to material science in 3D printing.
• The Inventor's Secret: What Thomas Edison Told Henry Ford by Suzanne Slade and Jennifer Black Reinhardt: This book explores the inventive spirit and could inspire young readers to think about innovation in 3D printing.
• If I Built a House by Chris Van Dusen: A fun and imaginative book about creating and building, which relates to the creativity involved in 3D printing.