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Third
Annual Symposium Series on
Excellence in Teaching Undergraduate Science and Mathematics:
National and Chicago Perspectives
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February 2,
2001
Breadth
vs. Depth
Chicago State
University
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March 8, 2001
Science
and Math Across the Curriculum for All
University
of Illinois at Chicago
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April 27, 2001
Learning
Styles and Assessment
Northeastern
Illinois University
Directions
to NEIU
A series of
three symposia designed to explore issues relating to improving the teaching
and learning in introductory science and mathematics courses and to highlight
promising practices.FEATURES
Each symposium
includes:
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keynote talks
by national leaders in mathematics, science, and/or education and break-out
sessions with the speakers,
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break-out sessions
highlighting exemplary practices by Chicago area faculty,
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discussion groups
on issues of teaching and learning science and mathematics.
INTENDED PARTICIPANTS
Science, mathematics,
and education faculty, college and university administrators, and students
interested in improving the teaching and learning of basic undergraduate
science and mathematics.
FIRST
SYMPOSIUM: Breadth vs. Depth
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Friday, February
2, 2001, 1:00PM to 8:00PM
Chicago
State University
Plenary Session
Speakers:
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Norman G. Lederman,
Professor
of Science Education, Oregon State University; President-Elect, National
Association for Research in Science Teaching; Director, Academy for Excellence
in Science and Mathematics Education; Editor, School Science & Mathematics
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Norman G. Lederman
is currently Professor of Science and Mathematics Education and Director
of the Academy for Excellence in Science and Mathematics Education at Oregon
State University. He has taught the full range of courses (Masters and
Doctoral) in secondary science education. Lederman's research and scholarship
focus primarily on the development of students' and teachers' conceptions
of the nature of science and scientific inquiry. A related area of research
interest has included preservice and inservice teachers' knowledge structures
of subject matter and pedagogy, pedagogical content knowledge, and teachers'
concerns and beliefs. His publications span research and teacher oriented
journals including, the Journal of Research in Science Teaching, Journal
of Science Teacher Education, Science and Education, Science Education,
School Science and Mathematics, the Science Teacher, The Oregon Science
Teacher, NARST Monograph: Research Matters to the Science Teacher, and
AETS Yearbooks on
pedagogical content knowledge and nature of science.
In addition, he is a consistent presenter at the National Meetings of AERA,
AETS, NARST, and NSTA.
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Tami S. Martin,
Assistant
Professor of Mathematics, Illinois State University
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Tami S. Martin
is an Assistant Professor of Mathematics at Illinois State University.
Her interests include students' understanding of geometric proof and secondary
teacher development. She is currently a Co-Principal Investigator (along
with Sharon Soucy McCrone) for a three-year, NSF-funded research project
entitled, An Investigation of Pedagogical Factors Influencing Students'
Understanding of Geometric Proof. Recent publications include, Calculus
Students' Ability to Solve Geometric Related-Rates Problems and Performance-Based
Assessment of Secondary Mathematics Student Teachers (co-authored with
Roger Day). She is also co-authoring a book chapter with John Dossey and
Chancey O. Jones focused on an analysis of TIMSS (Third International Mathematics
and Science Study) data. This chapter will be entitled Using Viking-Codes
for Analyzing Student Constructed Responses in Mathematics.
Abstracts for Plenary and
Break-out Sessions
SECOND
SYMPOSIUM: Science and Math Across the Curriculum for All
Thursday,
March 8, 2001, 1:00PM to 8:00PM
University
of Illiois at Chicago
Plenary Session
Speakers:
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Janan M. Hayes,
Professor
of Chemistry and Physical Science, Merced College
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Janan M. Hayes
has been a Professor of Chemistry and Physical Science at California community
colleges since 1971, first at American River College and now at Merced
College, Merced, CA. In that time span, she spent 12 years as Dean of Science
at Coaumnes River College and Vice-President of Instruction at Merced College.
Hayes is Co-Principal Investigator of Project Inclusion and has served
as project director of various efforts to improve the education and training
of science-math teachers and correctional officers (prison guards) in the
California Department of Corrections. She is a member of the Council of
the American Chemical Society (with numerous national governance committee
assignments), the Two-Year College Chemistry Committee and the California
Association of Chemistry Teachers. Hayes has made a number of presentations
at local, regional and national meetings of these organizations and organized
and presided over several symposia. She has served on various NSF review
panels. Hayes earned a Ph.D. in Chemistry from Brigham Young University
in 1971.
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Patricia L.
Perez,
Professor
of Chemistry, Mt. San Antonio College
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Patricia L. Perez
has been a Professor of Chemistry at Mt. San Antonio College, Walnut, CA,
a public two-year, community college, since 1968, serving as department
chairperson from 1989 to 1993. She is Co-Principal Investigator of Project
Inclusion, a NSF-sponsored effort to focus student attention on the contributions
of various underrepresented groups to the field of chemistry. In addition,
she is a consortium participant in the Molecular Science Education Project,
a UCLA-CSUF-community college alliance for systematic curricular reform.
Perez is a member of the American Chemical Society, the Two-Year College
Chemistry Committee and the California Association of Chemistry Teachers.
She has made numerous presentations at local, regional and national meetings
of these organizations and organized and presided over several symposia.
Additionally, Perez has served on various NSF review panels and workshops.
She earned a M.S. in Chemistry from UCLA in 1968.
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James Sandefur,
Professor
of Mathematics, Georgetown University
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James Sandefur
has a Ph.D. from Tulane University and is a Professor of Mathematics at
Georgetown University. Sandefur was the Principle Investigator on three
National Science Foundation grants, the first being for summer teacher
enhancement workshops for teachers in the Washington, DC area, the second
being a teacher leadership institute, and the third being a materials development
grant for college remedial mathematics courses. He is the author of two
textbooks, Discrete Dynamical Systems: Theory and Applications and Discrete
Dynamical Modeling, and has written numerous research and expository mathematics
articles. Sandefur was on the 6-8 grade writing team for the NCTM's Principles
and Standards for School Mathematics. He was a Program Officer with the
National Science Foundation in the Instructional Materials Development
Program. Sandefur is the recipient of the Georgetown University Sony Award
for Excellence in Science Education, 1994 and 1997.
Abstracts for Plenary
and Break-out Sessions
THIRD
SYMPOSIUM: Learning Styles and Assessment
Friday,
April 27, 2001, 1:00PM to 8:00PM
Northeastern
Illinois University
Plenary Session
Speakers:
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Rose Asera,
Senior
Scholar, The Carnegie Foundation for the Advancement of Teaching
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Dr. Rose Asera
worked with Professor Uri Treisman at UC Berkeley on the national dissemination
of the award-winning Emerging Scholars Program. In 199192, Asera was a
Fulbright Fellow and taught research methods at the National Institute
of Education at Kyambogo, Uganda and subsequently worked with the UNICEF
on development of community health education materials. From 1995–1999
she was the Director of Research and Evaluation at the Charles A. Dana
Center at the University of Texas at Austin. Asera is presently a Senior
Scholar at the Carnegie Foundation for the Advancement of Teaching, and
is working on a study of teacher education.
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Jeffrey Kovac,
Professor
of Chemistry, University of Tennessee at Knoxville
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Jeffrey Kovac
is Professor of Chemistry at the University of Tennessee at Knoxville.
He received a B.A. degree from Reed College and a Master of Philosophy
and Ph.D. from Yale University. He spent two years as a postdoctoral fellow
at MIT before joining the faculty of the University of Tennessee in 1976.
Kovac is a theoretical chemist with interests in dynamics of polymer chains,
rubber elasticity, the glass transition, structure and thermodynamics of
liquids, interfacial systems, and the structure and formation of coal.
He also carries out work in history and philosophy of science, scientific
ethics, and chemical education. He is a faculty associate of the University
of Tennessee Center for Applied and Professional Ethics and is a Director
of the Tennessee Governor's School for the Sciences.
Abstracts for Plenary
and Break-out Sessions
REGISTRATION
Participants
may register for the complete three-symposium series or for an individual
symposium. Click here to learn more about registration
including print out and mail in form.
CALL FOR
PROPOSALS FOR BREAK-OUT SESSIONS
Proposals are
welcome for oganizing and leading a break-out session at one of the symposia.
Click here for details of submitting a proposal.
SPONSORS
Sponsored by the Chicago Collaborative for Excellence
in Teacher Preparation, which includes the University of Illinois at Chicago,
Chicago State University, DePaul University, Loyola University of Chicago,
Northeastern Illinois University, Harold Washington College, Harper College,
Oakton Community College, Olive-Harvey College, Triton College, and Truman
College.
Partially supported by a Higher Education Cooperation
Act grant from the Illinois Board of Higher Education; the Department of
Chemistry and Physics, Chicago State University; Project Teaching All Teachers,
University of Illinois at Chicago; UIC-CC Collaborative for Excellence
in Teacher Preparation, University of Illinois at Chicago; and the College
of Arts and Sciences, Northeastern Illinois University.
Copyright ©
2001 Institute for Mathematics and Science Education. All rights reserved.
UIC—University
of Illinois at Chicago
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