Michael J. Hannafin, Ph.D.
Technology Enhanced Learning
University of Georgia

Research Interests

Our research focuses on developing and testing technology-facilitated frameworks for student-centered learning environments, especially those that are web-based and open-ended in nature. The lab’s research focuses on three core impact areas related to technology in teaching and learning: 1) teacher education and school reform, 2) emerging learning environments, and 3) evaluation and assessment.

Research Vision

Technology's role in education needs to become transformative in nature. We need a mass of researchers whose perspectives complement, and occasionally contradict one another, to discover new approaches that re-define the nature of teaching and learning. And, we must be especially sensitive to the everyday, practical constraints that influence transformation. We cannot simply add layers of cost and effort to existing approaches; we need to exploit technology's potential to define new ways to view what education is, how it occurs, where it occurs, and how it is managed. My research, and the collective efforts of Learning and Performance Support Laboratory researchers, attempts to guide and to some extent chart this transformation, that is, to study approaches wherein schools, students, and teachers re-invent education through innovative uses of technology.

In the Lab

The Learning and Performance Support Laboratory studies the potential of a range of technologies at the intersection of contemporary psychological, pedagogical and information technology research and theory. With fundinng from the USAID, we support Indonesia's distributed basic secondary education through distance-based in-service and pre-service training across a consortium of universities. 

In the Comprehensive School Reform initiative, funded by the US Department of Education, we introduce innovative technologies into rural K-8 schools in the Southeast and facilitate teacher training and student use of new technologies. Finally, through support from the National Science Foundation, we conduct research and development to both identify the knowledge needed by teachers to stimulate student learning and to assess requisite that knowledge. Finally, we continue to develop and utilize Video Analysis Tools to capture, code and analyze the effectiveness of classroom teaching practices.
We are presently pursuing two new initiatives:
    1) Refining our innovative technology designed to capture, in real time, temporally-linked “live” events that subsequently can be coded, shared and analyzed
    2) Developing and refining a suite of integrated, intelligent tools (HIMATT) to represent student problem conceptualization and provide feedback during instruction.
Why Georgia?

Georgia offers the opportunity to build a deep and substantial program of research related to the shifting roles of technology in teaching and learning. Georgia has developed a reputation for investing in technology infrastructure and for raising the performance standards of its schools, teachers, and students. I was impressed by the thoughtfulness and insight reflected in Georgia's economic development plan and the participation by the business, university, K-12 schools and government communities. I was especially impressed by the recognition that education and quality of life were essential to the economic future of the state, and the commitment to attract both scholars and industries in support of its initiative. Many states have recognized these simple truths, but few have planned or acted accordingly.


Other University of Georgia Eminent Scholars

Clifton A. Baile , Ph.D. Agricultural Biotechnology
M. Bruce Beck , Ph.D. Water Quality and Environmental Systems
Jeffrey Bennetzen , Ph.D. Molecular Biology and Functional Genomics
Stephen Dalton , Ph.D. Molecular Cell Biology
Roberto Docampo , M.D., Ph.D. Tropical and Emerging Global Diseases and Cellular Biology
Michael J. Hannafin , Ph.D. Technology Enhanced Learning
Scott A. Jackson , Ph.D. Plant Genetics and Functional Genomics
Robert J. Maier , Ph.D. Microbial Physiology
Vasu Nair , Ph.D., D.Sc. Drug Discovery
James H. Prestegard , Ph.D. NMR Spectroscopy
Steven L. Stice , Ph.D. Animal Reproductive Physiology
Ralph A. Tripp , Ph.D. Vaccine & Therapeutic Development
Chung-Jui Tsai , Ph.D. Forest Biotechnology
Bi-Cheng Wang , Ph.D. Structural Biology
Ying Xu , Ph.D. Bioinformatics



Michael J. Hannafin
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