| Team Leaders
Arthur
B. Ellis, is Meloche-Bascom Professor of chemistry
at UW-Madison and leads the Institute's College Level One
efforts to reform math and science education at the university
level. He has received NSF funding in the past to improve university
courses in introductory chemistry and received a 1994 Catalyst Award
for teaching excellence from the Chemical Manufacturers Association.
In 1993 he helped develop a kit for modeling solid-state structures
for science and engineering classes. He has researched the use of
luminiscent sensors in materials science and environmental
monitoring. |
William H. Clune is professor emeritus of law at
the UW-Madison Law School, co-team leader of NISE's
Systemic Reform Team, and a senior researcher with the Consortium
for Policy Research in Education. His past research has included
school finance, school law, implementation, special education,
public employee interest arbitration, school site autonomy, effects
of high school graduation requirements, upgrading of the high school
curriculum in mathematics and science, and systemic educational
policy. His present research includes "program adequacy"
(the cost and implementation structure needed to reach high minimum
levels of student achievement in low-income schools) and systemic
policy in mathematics and science education. |
Sharon
J. Derry, professor of educational psychology at
UW-Madison, researches the application of cognitive science theories
to problems in education and training. Her expertise includes
cognitive-theoretical approaches to the study of human problem
solving, including collaborative problem solving. Derry is leading
the Secondary Teacher Education Project (STEP) Team. The STEP
objectives are to develop and evaluate a state-of-the-art
technology-based model for better educating future secondary
teachers in cognitive-instructional science and its application in
designing technology-based learning environments that promote
scientific literacy. The project includes developing a major WWW
resource to support collaborative, project, and case-based learning
within secondary teacher education. |
Terry Devitt is the science editor for the
UW-Madison's Office of News and Public Affairs. For the past 15
years, Devitt has covered the array of basic and applied sciences at
UW-Madison. He has taken a special interest in coverage of
developmental biology, molecular biology, astrophysics, chemistry,
genetics, botany, zoology, engineering, environmental science,
geology, physics, biochemistry and science education. He also edits
and is the project coordinator for The Why Files, a popular and
critically-successful site about science and technology published on
the World Wide Web under the auspices of the UW-Madison Graduate
School and in collaboration with the NISE. In addition, Devitt is an
active free lance science writer and has contributed to such
publications as Astronomy, Orion, the Los Angeles Times Syndicate,
the Milwaukee Journal , the American Heart Association, the Howard
Hughes Medical Institute and the children's science magazine Muse. |
Sharon
Dunwoody is Evjue-Bascom Professor and director
of the School of Journalism and Mass Communication at the
UW-Madison. She conducts research on various aspects of
communicating science to the public and teaches science writing,
among other topics. She is co-team leader of The Why Files
Research Team. |
William P. Eveland,
Jr. is assistant professor in the Department of Communication at
the University of California-Santa Barbara and co-leader of The Why
Files Research Team. His research examines the process of informal
learning from traditional and nontraditional mass media channels,
with a focus on the roles played by internal motivations and
elaborative processing of new information. His work for the
Institute has centered on how adults navigate science information on
the World Wide Web, and the process of learning from this new medium
compared to learning via more traditional channels of science
information. |
Susan
B. Millar is director of the center for Learning through
Evaluation, Adaptation and Dissemination (LEAD). Created in 1994,
the center researches learning and educational reform processes
across campus. As team leader of NISE's Formative Evaluation Team, she
is helping the Institute improve its organizational structure,
management, and communication through the use of evaluations that
emerge from interviews with team leaders and others and from
observations of NISE activities. |
Terrence S. Millar is team leader of the
NISE's Graduate Science, Mathematics, Engineering, and Technology
Education Team. He has been on the mathematics faculty at UW-Madison since 1976, is the associate dean
for the Physical Sciences of the Graduate School, and served as NISE
interim co-director from September 1996 to July 1998. Millar
organized the NISE Graduate Education Forum, which was held in
Washington, DC, on June 29-30, 1998. |
Gregory A. Moses is team leader of the
National Partnership in Advanced Computational Infrastructure
(NPACI) Supercomputer Project Team. He is associate dean for
Research and Graduate Programs in the College of Engineering and is
professor of engineering physics. His research and teaching
interests are in the area of computational science—the use of
computers to solve complex problems. |
Senta
A. Raizen, director, National Center for Improving
Science Education, Washington, DC, is author of reports on science
education in elementary, middle, and high school and has written
books on science education, preservice education of elementary
school teachers, and technology education. She is an advisor to the
National Assessment of Educational Progress, the National Goals
panel, and several international assessment projects. Raizen
directs NISE's Interacting with Professional Audiences Team. |
Norman
L. Webb, senior research scientist with the Wisconsin
Center for Education Research, is a mathematics educator and
evaluator who is co-team leader of the Institute's Systemic Reform
Team, rethinking how we evaluate mathematics and science education,
while focusing on the NSF's Systemic Initiatives reform movement.
His own research has focused on assessment of students' knowledge of
mathematics. Webb also directs evaluations of curriculum and
professional development projects. |

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