Research Vectors

Our Research Mission:

"To foster a creative learning environment that will empower students and faculty with the necessary knowledge and facilities to be international leaders in creating new technologies and services that will improve tomorrow's economy and environment."

The College of Engineering research vectors include focused activities in the following six multidisciplinary areas:

Advanced Materials & Manufacturing	Engineered Biological Systems
Analysis of Advanced Structures Brent Stucker Biomaterials David Britt Center for Control of Flows in Manufacturing Barton Smith	Bioprocess Systems Conly Hansen Bioenvironmental Systems Ron Sims
Engineering & Technology Education	Resource Sustainability
Freshman Experience Gary Stewardson K-12 Curriculum Kurt Becker	Hazardous and Toxic Waste Remediation Michael McFarland Water Resources Planning and Management Jagath Kaluarachchi, Wynn Walker Air Quality Engineering and Management Randy Martin Irrigation Engineering Gary Merkley
Intelligent Infrastructure	Sensory Extension
Control Systems and Robotics YanQuan Chen Electromagnetics and Wireless Reyhan Baktur Hydraulic Systems Engineering Blake Tullis Infrastructure Renewal Keri Ryan, Paul Barr Networks and Concurrent Systems Aravind Dasu Transportation Networks Anthony Chen, Henry Liu	Atmospheric Infrared Emissions Dr. Doran J. Baker, Brandon Thurgood, Willie Harrison Computational Fluid Dynamics Robert Spall Twisterons; A New Twist on an Old Wing Theory Dr. Warren Phillips

College of Engineering

Research Vectors

Brent Stucker

David Britt

Barton Smith

Conly Hansen

Ron Sims

Gary Stewardson

Kurt Becker

Michael McFarland

Jagath Kaluarachchi, Wynn Walker

Randy Martin

Gary Merkley

YanQuan Chen

Reyhan Baktur

Blake Tullis

Keri Ryan, Paul Barr

Aravind Dasu

Anthony Chen, Henry Liu

Dr. Doran J. Baker, Brandon Thurgood, Willie Harrison

Robert Spall

Dr. Warren Phillips