Plenary
Lecture
Teaching STEM Courses with Virtual Reality based Course Delivery System
Professor M. Nasseh Tabrizi
Director of Graduate Studies
Director of Technology Innovation Lab
Department of Computer Science
East Carolina University
E-mail: TABRIZIM@ecu.edu
Abstract: We report our findings of an NSF funded
study (Tabrizi, PI; Farwell, CoPI; Russell, CoPI)
assessing the effectiveness of the Agent Based Virtual
Reality (AVR) delivery system used to deliver STEM
education at East Carolina University. Our preliminary
review of the collected data shows the system is
effective at supporting student learning and aiding
faculty in meeting their learning objectives for
individual courses. Additionally, our initial data
gathered and redistributed to us by an independent data
gathering organization for fall 2009 and spring 2010
deployment of the AVR system, indicate significant
increase in student learning as measured by pre and post
testing in classes as broadly distributed as:
networking, biotechnology, statistics, technology law
and technical writing.
Brief Biography of the Speaker:
Tabrizi received his B.S. degree in Computer Science
from Manchester University, UK. He then completed his
M.S. and Ph.D. from Automatic Control and Systems
Engineering Department, Sheffield University, UK.
Tabrizi worked in Manchester University for two years
prior to his appointment at East Carolina University in
1984. He is the Graduate Program Director of Computer
Science and founder and director of Software Engineering
program at East Carolina University. His research
interests are in the areas of Virtual Reality, Modeling
and Simulation, Computer Vision, Signal and Image
Processing, Software Engineering Education, Internet and
Multimedia, Assistive Technologies, and Computer Science
Education. Tabrizi and his research team have prototyped
different project in his Technology Innovation lab
including Archival Data Extraction and Assessment (ADEAP)
system, electronic medical records management, an agent
and virtual reality-based course delivery system, RFID
based learning assessment system, and virtual reality
based home inspection and training system. Tabrizi has
participated on several major grants. His research team
is involved in creation of innovative technologies
including the recent one on development of multi-touch
table top screen. Tabrizi publications include diverse
areas of research in computer science, technology, and
software engineering. He was named ECU’s scholar teacher
in 2000 and has received best paper award.
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