Core Skills Analysis
Science and Engineering
- Explored how folded or shaped newspaper can become a stronger building material than flat paper.
- Practiced designing, building, testing, and improving a bridge prototype.
- Observed how a bridge responds to weight, balance, bending, and collapse during testing.
- Used evidence from the challenge to identify which design features improved stability.
Mathematics
- Compared the bridge’s strength by observing or counting how much weight it could support.
- Applied informal measurement to evaluate length, width, height, or load capacity.
- Used spatial reasoning to consider how paper pieces could be arranged to span a gap.
- Compared results between designs and recognized that structural changes can affect performance.
Language Arts
- Developed precise vocabulary for describing structures, including bridge, support, balance, strength, and collapse.
- Practiced explaining a design and communicating why particular construction choices were made.
- Could organize observations into a clear beginning design, test result, and improvement plan.
- Engaged in problem-solving discussion and listened to ideas about how to strengthen the bridge.
Arts Education
- Used creativity to transform an ordinary newspaper into a functional structure.
- Made visual and structural design choices while shaping, folding, or arranging materials.
- Recognized that an effective design can combine practical function with an inventive appearance.
Tips
Tips: Turn the challenge into a mini engineering investigation by having the student sketch a first design, predict its load capacity, and record the actual result. Invite them to rebuild using one change at a time—such as folding tubes, adding supports, or changing the bridge shape—so they can identify which modification matters most. Create a simple data table comparing designs, then ask the student to explain the evidence in a short presentation or written reflection. For an experiential extension, examine nearby bridges through drawings or photographs and discuss how their supports may help carry weight.
Book Recommendations
- The Most Magnificent Thing by Ashley Spires: A story about designing, testing, revising, and persisting when a creation does not work as expected.
- Rosie Revere, Engineer by Andrea Beaty: Encourages creative engineering, experimentation, and learning from unsuccessful attempts.
- Bridges: Amazing Structures to Design, Build & Test by Carol A. Johmann and Elizabeth J. Rieth: A hands-on introduction to bridge structures and engineering activities for children.
Learning Standards
- Science and Technology—Engineering Design: Applies the Canadian elementary science and technology expectation of designing, constructing, testing, and improving a structure to meet a challenge.
- Mathematics—Measurement and Spatial Sense: Connects with measuring length and comparing quantities, as well as visualizing and composing shapes in a practical construction task.
- Mathematics—Data Management: Supports collecting, recording, and comparing test results such as load capacity or design performance.
- Language Arts—Oral Communication and Writing: Develops explaining procedures, communicating observations, and organizing a reflection about the design process.
- Arts Education—Creating and Presenting: Encourages imaginative use of materials and purposeful design choices.
Try This Next
- Design worksheet: sketch the bridge, label supports, predict the load, and record the test result.
- Bridge-strength quiz: Which shape or support might reduce bending, and what evidence supports your answer?
- Writing prompt: “My bridge worked—or failed—because…”
- Redesign experiment: change one feature and compare the new bridge with the original.