What makes a bridge strong enough to carry heavy loads while spanning a gap?
In this hands-on engineering workshop, students will design and build a bridge using only popsicle sticks and glue. Working within a set of design constraints, they'll create a structure that spans a gap and supports as much weight as possible while using smart engineering principles.
As they build and test their bridges, students will explore how forces such as tension and compression affect structures, and how different shapes and reinforcement techniques can dramatically improve strength. They'll evaluate their designs, make improvements, and discover why engineers rely on testing and iteration to solve real-world challenges.
This workshop combines engineering, problem solving, and creative thinking in an exciting design challenge that demonstrates how strong structures can be created from simple materials.
Learning Outcomes
Structural engineering
Understand how bridges use shapes, supports, tension, and compression to distribute loads and remain stable.
Design and problem solving
Develop engineering solutions while working within design constraints and limited materials.
Testing and iteration
Evaluate bridge performance, identify weaknesses, and refine designs to improve strength and efficiency.
Critical thinking and creativity
Explore different construction techniques and make informed design decisions to maximise performance.
This workshop is made possible through the support of McKinlay Shire Council.
