In Structural Design and Engineering, you and your team will be tasked with creating a designated structure that addresses the problem statement. The goal is to design the most efficient building in terms of how well it can withstand destruction.
Teams of up to 2.
This event takes place both before and during the conference. Before the conference, a pre-built structure and documentation portfolio materials must be created. At the conference, another structure and a three-view drawing of the structure (computer or hand-drawn) will also be required.
2025-2026 Theme
Design drawings can be created by hand or using a software such as Onshape or Fusion 360. This will be required if you qualify for the semifinalist round when tasked with building a structure on-site.
In order to make the most efficient structure, knowledge of material strength, load paths, and geometry is integral.
Title page
Team verification form
Three-View drawing of structure
I don't know where to find the details on this
Onshape - Easy to use and learn
Fusion 360 - More functions than Onshape, but moderately easy to use
Science Buddies - Simple experiments to learn about load types, failure, etc.
TryEngineering - Can find activities to perform at home to learn about the basics
PBS Nova - Interactive site on various structures, teaches forces, and how to avoid failure
Load: A force applied to a structure. There are three variations: Dead, Live, and Environmental
Stress: Internal force per unit area (Force / Area)
Strain: Amount of deformation in a material when stress is present
Structural Integrity: Structure's ability to not break under loads
Truss: A triangular framework that increases strength
Load Path: Path forces follow through a structure to the ground
Bracing: Structural elements that increase stability
Span: Distance between two supports
Failure: When a structure cannot hold a load