Competitive Accelerators

AAA

Competitive Accelerators

Defense and Homeland Security  

The Centers of Excellence Program supports many Centers with both commercial and Defense and Homeland Security Applications. Many of these Centers can be found listed under other Clusters such as the Aerospace Cluster or the Competitive Accelerators Cluster, which includes advanced manufacturing and composite materials. Other important technologies are included in the Life Sciences and Software Development & Information Technology Clusters.

 

 

CENTER
STATUS
UNIVERSITY
YEAR FUNDED
» Advanced Archaeologic & Paleontologic Imaging & Modeling
Graduated
College of Eastern Utah
1992
» Advanced Composites Manufacturing & Engineering
Graduated
Brigham Young University
1989
» Advanced Construction Materials
Graduated
University of Utah
1993
» Advanced Joining of Materials
Graduated
Brigham Young University
1999
» Advanced Materials & Microelectronics
Graduated
University of Utah
1987
» Advanced Structural Composites
Graduated
Brigham Young University
1998
» Application Center for Materials Engineering
Graduated
Brigham Young University
1996
» Chemical Reactors
Graduated
University of Utah

1989

» Chemical Separation
Graduated
Brigham Young University
1987
» Compliant Mechanisms
Graduated
Brigham Young University
1999
» Composites in Construction
Graduated
University of Utah
1998
» Computational Design & Testing
Graduated
University of Utah
2002
» Computer Aided Engineering Design & Manufacturing
Graduated
Brigham Young University
1988
» Control of Flow in Manufacturing
Current
Utah State University
2006
» Direct Machining & Control
Graduated
Brigham Young University
2002
» Engineering Design
Graduated
University of Utah
1987
» Functionally Graded and Designed Cemented Tungsten Carbide and Polycrystalline Diamond Composite Materials
Current
University of Utah
2006
» Harsh Environmental Electronics
Graduated
University of Utah
1995
» Magnetic Sensor & Actuator Materials
Graduated
University of Utah
2005
» Nano-Oxides
(Licensee of Nanosize Inorganic Material Powders By Molecular
Decomposition)
Current
University of Utah
2007
» Nanosize Inorganic Material Powders
Current
University of Utah
2004
» Novel Titanium Boride Surface Hardening Technology
Current
University of Utah
2003
» Pyrometallurgical Technology
Graduated
University of Utah
1988
» Quality & Integrity Design
Graduated
University of Utah
1989
» Raman Technology
Graduated
University of Utah
1996
» Rapid Product Realization
Graduated
Brigham Young University
1993
» Rapid Prototyping
Graduated
University of Utah
2001
Sparkle Cream Current Brigham Young University 2009
» Thermal Management Technologies
Current
Utah State University
2006
» Utah Research Institute
Graduated
Utah State University
1987