Building Three Dimensional Paper Sculptures Using Geometric Forms
Objective
Students will create original three-dimensional sculptures by combining basic geometric shapes and demonstrating understanding of form, space, and structural balance.
Materials
- construction paper
- scissors
- tape
- rulers
- pencils
- glue sticks
Hook
Challenge students to stand up and use their bodies to demonstrate different geometric shapes like triangles, squares, and circles. Then ask them to work in pairs to create a human pyramid or cube formation.
Main Activity
Students will design and construct a three-dimensional sculpture that stands at least 20 centimeters tall using only geometric paper shapes they cut and fold themselves. They must incorporate at least four different geometric forms such as cones, cylinders, cubes, and pyramids. Students will experiment with different connection methods using tape and glue to ensure their sculpture can support its own weight. They will walk around the classroom to view their sculptures from multiple angles, making adjustments to improve balance and visual appeal. Each student will test their sculpture's stability by gently moving it to a new location.
Discussion Questions
- How did the shape and size of your base affect the stability of your entire sculpture?
- Which geometric forms were easiest to connect together and why?
- What challenges did you face when trying to balance different shapes?
- How does viewing your sculpture from different angles change your perception of it?
- What would you do differently if you built this sculpture again?
Exit Ticket
Draw a quick sketch of your sculpture from above and write one sentence explaining which geometric shape was most important for keeping your sculpture standing.
Differentiation
Support: Provide pre-drawn templates of basic geometric shapes that students can trace and cut out, and suggest they focus on combining just two or three shapes for their sculpture.
Extension: Challenge students to create a sculpture that incorporates moving parts or can be transformed into different configurations, and have them calculate the total surface area of all geometric shapes used.
