CYPHR addresses the critical need for integrating cyber-physical systems with extended
reality technologies. These advancements hold transformative potential for healthcare,
education, and national defense, while fostering the United States' leadership in
technological innovation.
Join us as we host a launch event, featuring guest speakers, networking opportunities, and much more!
Directions From I-75 N Take I-75 N toward Chattanooga Take Exit 271 from I-75 N Turn right onto Chastain Road Continue down Chastain Road for 500 feet Turn right onto Busbee Drive The KSU Center will be on your right in 0.2 miles Parking is available all around building
Directions From I-75 S Take I-75 S toward Atlanta Take Exit 271 from I-75 S Turn left onto Chastain Road Continue down Chastain Road for 0.3 miles Turn right onto Busbee Drive The KSU Center will be on your right in 0.2 miles Parking is available all around building
Accomodations
For your convenience, we have secured group room blocks at two nearby hotels the evening
of Tuesday, September 9. Please see the details below to book your stay for the event.
Rate: $149.00/night
Guests may book their rooms in one of two ways:
By phone: Call 770-420-2505, press 1, and request a reservation under the KSU CYPHR Group.
Online: Use the personalized group booking link below for a quick and easy reservation experience.
As cyber-physical systems and extended reality (XR) platforms advance, human performance
remains the critical variable in high-stakes domains such as aerospace, defense, and
autonomous operations. This talk outlines a research agenda that integrates human
physiology and neuroscience to inform the design of adaptive, responsive systems.
We will explore opportunities for real-time physiological sensing, cognitive modeling,
and neuroadaptive interfaces to enhance human-machine teaming. Positioned at the intersection
of applied neuroscience, AI, and immersive technology, CYPHR offers a translational
platform for interdisciplinary collaboration aimed at optimizing human-system integration
in complex environments.
Dr. Kevin Oden
Dr. Kevin Oden is a Lockheed Martin (LM) Fellow and serves as the Chief Scientist of Human Machine Teaming in LM’s Advanced Technology Laboratories. He has 20+ years supporting, and leading, research projects that aim to enhance human performance in military contexts. Early career work tackled challenges related to the use of virtual reality for team training in simulation. Currently, a primary focus is strategic leadership for the design of capabilities that will maximize the joint work of human machine teams for accelerated decision-making and calibrated trust.
He earned a doctorate of philosophy in Applied/Experimental and Human Factors Psychology from the University of Central Florida (UCF). He holds Master’s degrees in both Clinical Psychology and Modeling and Simulation from UCF. He earned a Bachelor’s of Science in Psychology from the University of Florida. Finally, he was recognized as a Graduate Research Fellow by the Consortium of Universities in Washington D.C., while conducting research at the Army Research Institute for Behavioral and Social Sciences.
