Calcified Vessel Model Project
A capstone project from the Northern Arizona University Department of Mechanical Engineering, in partnership with Gore & Associates
"The scope of the project is to design, build, and test a replicable model of calcified lesions in the Peripheral Arterial System for the deployment of peripheral vascular interventional devices under simulated use conditions, using non-biological materials."
- Project Outline, Gore & Associates
About the Team
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James Anteau
Test Engineer, Pump and Computing System Lead
Mechanical Engineering major
Photo credit: self

Gavin Lazurek
Logistics Manager, Calcified Lesion Lead, Web Developer
Mechanical Engineering major
Photo credit: self

Jamie Dellwardt
Project and Financial Manager, Fluid Solution and 3D Printing Lead
Mechanical Engineering major
Photo credit: Tori Dellwardt

Scott Alex
Manufacturing/CAD Engineer, Vessel Design Lead
Mechanical Engineering major
Photo Credit: Kosea Kaptures