Students will explore fundamental principles of structural engineering and physics by constructing a working suspension bridge. This hands-on activity teaches key concepts including tension, compression, load distribution, and stability. Learners will develop problem-solving skills, spatial reasoning, and an understanding of how real-world bridges are designed to withstand forces. The build process fosters teamwork, perseverance, and technical literacy as students follow instructions, test their model, and iterate on their design.
Designed for students in Years 4 to 8, this product is ideal for STEM, Science, and Design and Technology lessons. It supports classroom activities, extension projects, and inquiry-based learning in both primary and lower secondary settings. The kit is suitable for individual or small group work, making it flexible for a range of teaching environments.
This product directly aligns with the Australian Curriculum: Science (Physical Sciences) and Design and Technologies (Engineering principles and systems) for Years 4–8. Key content descriptors include:
- Science: Forces and motion (ACSSU076, ACSSU117) – exploring how forces such as tension and compression affect structures.
- Design and Technologies: Creating designed solutions (ACTDEP014, ACTDEP025) – applying knowledge of materials and systems to build a functioning model.
- STEM F-10: Investigating and defining problems, generating and testing solutions, and evaluating designs.
No coding required. This product focuses on hands-on construction and mechanical principles, making it accessible for students without prior programming experience. Teachers can integrate coding extensions if desired, but the core activity is entirely screen-free.
Each kit contains: pre-cut wooden bridge components, suspension cables (string), plastic connectors, metal hooks, assembly instructions, and a teacher guide with discussion prompts and extension activities. All materials are durable, reusable, and designed for classroom durability. The kit supports up to four students working together.
Requires a flat workspace such as a desk or table. No power tools or specialist equipment needed. Basic classroom supplies like scissors and rulers may be useful. Each kit takes approximately 45–60 minutes to assemble, allowing for a single lesson or extended project. The bridge can be tested with small weights (e.g., coins or washers) to explore load capacity and structural strength. Suitable for a standard classroom of up to 30 students when using multiple kits.
All Stemology products come with a 12-month warranty against manufacturing defects. For technical support, curriculum advice, or replacement parts, contact us at admin@stemology.com.au. Our team is committed to helping you get the most out of your STEM resources.
We offer tiered bulk pricing for schools purchasing multiple kits. Purchase orders are accepted for educational institutions. To request a quote or place a bulk order, email admin@stemology.com.au with your school name, quantity, and delivery details. Discounts apply for orders of 10 kits or more.