UNT Home | Graduate Studies | College of Information | Computer Education & Cognitive Systems
Demetria Ennis-Cole, Associate Professor; Ph.D., Kansas State University. Computer education instruction and administration; systems development; user training.
Judith Enriquez, Assistant Professor; Ph.D., University of Aberdeen (Scotland). Science and technology studies; actor-network approaches to educational research in the areas of literacy, media, communication and institutional/educational practices.
Greg Jones, Associate Professor; Ph.D., University of Texas at Austin. 3-D virtual environments; games and simulations; cyber infrastructures; web authoring; distance delivery of instruction.
Gerald A. Knezek, Regents Professor; Ph.D., University of Hawaii. Technology integration; telecommunications; educational research and measurement.
Lin Lin, Assistant Professor; Ed.D., Columbia University. Instructional technology; human-machine interaction; online teaching and learning; teacher professional development.
Cathleen Norris, Regents Professor; Ph.D., University of North Texas. Mobile technologies; computer-based education; human factors; teacher professional development.
James L. Poirot, Regents Professor; Ph.D., Texas Tech University. Computer-based education; artificial intelligence; computer-assisted instruction.
ScottWarren, Assistant Professor; Ph.D., Indiana University. Digital learning environments; games and simulations to support literacy and learning; technology-supported research methods.
Phone: 940-565-2057
gradschool.unt.edu
lt.unt.edu
940-565-2383
The computer education and cognitive systems master’s and doctoral programs at the University of North Texas provide an opportunity for you to expand and improve the use of technology to support numerous educational, instructional and learning goals. This is accomplished by exploring human cognition, human-machine interaction, artificial intelligence, and how these influence the design and development of learning systems used in a variety of educational and corporate situations.
Through our Department of Learning Technologies, we offer course work leading to a Master of Science degree in Computer Education and Cognitive Systems with program tracks in:
Our innovative courses enable you to become a proficient hardware and software user, and to understand and design instructional systems, learning technologies and cognitive systems. These skills are essential for careers in e-learning and learning delivery systems, educational technology integration and instruction supported by technology in K-12 settings, and instructional design in various education and industry settings.
The Doctor of Philosophy degree in Educational Computing focuses on defining, understanding and expanding your theoretical and research knowledge regarding the roles of technology and instructional systems thinking to support learning. A key element of the Ph.D. is the emphasis on student-focused research that bridges gaps between theory and practice. This process will prepare you for academic appointments at universities and organizations whose mission is the creation, research and testing of innovative technologies to support learning, education and training.
Nationally and internationally recognized faculty members who have expertise in computer education, instructional technology, cognitive psychology, research methods and other related fields enhance the program.
The College of Information is located at Discovery Park, a nearly 290-acre research facility that also houses the College of Engineering and the Computing and Information Technology Center. Our programs have been nationally recognized by the American Library Association and U.S. News and World Report, which ranked our college among the top 20 in the nation in the 2010 edition of America's Best Graduate Schools.
Student research is an important aspect of our program. You will have access to labs and research centers such as the Educational Computing Research and Development Lab, which features state-ofthe-art learning technologies and systems. The Texas Center for Educational Technology and the Institute for the Integration of Technology into Teaching and Learning are involved in a variety of regional, national and international projects focusing on learning technology and training activities.We also support the Technology and Applied Research in Autism Laboratory, the 3-D Learning Environment Lab, and the ThinkTankTwo Studio and Research Workshop.
The E. Bruce Street Award brings nationally recognized individuals to our campus to work with students and faculty members. The award provides funds for the exchange of ideas among scholars at UNT, universities across the country and school systems in Texas.
You will need to meet the admission requirements of the Toulouse Graduate School as well as provide our department the following materials:
Admission is competitive and meeting necessary requirements does not guarantee admission into the program. In addition to meeting the admission requirements for the Toulouse Graduate School, you will need:
All courses for the instructional systems technology and teaching and learning with technology tracks are online. The instructional systems design track requires a minimum of two courses that meet face-to-face with a third course that is optional.