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Summit Agenda
Tuesday, May 23, 2006
8- 8:45 a.m. – Registration and Continental Breakfast
8:45 a.m. – Welcome and Conference Introduction
Dr. William Brody, president, The Johns Hopkins University
Co-Chair, Council on Competitiveness National Innovation Initiative
9-10:30 a.m. – Panel: Thinking Big: Setting the K-12 Math
and Science Agenda
Moderator: Dr. Robert Balfanz, research scientist, Center for Social Organization
of Schools and director, Talent Development High Schools
The moderator and panel members will discuss questions pertaining to the
“big picture” of mathematics and science education: What are
the strengths of current students? What are their short-term needs? What
gaps in math and science knowledge impair the work force and America’s
competitiveness? What level of general math and science should be required?
Do we push all students to calculus or make courses broader? How do we
ensure enough qualified teachers in these fields?
10:30-10:45 – Break
10:45 – 12:15 p.m. – Panel: Getting real: Implementation
Challenges and Solutions
Moderator: Dr. James McPartland, director, Center for Social Organization
of Schools
This panel will look at the challenges involved in bringing appropriate
mathematics and science education to all students: How do we close the
achievement gap in math and science? How do we recruit and support math
and science teachers for excellent instruction? What role do standards
and state tests play in what happens in the classroom? Are materials adequate?
How do teachers motivate students and keep them engaged in challenging
subjects?
12:30 – 1:15 p.m. Lunch, Glass Pavilion
1:30-3:45 Concurrent Breakout Sessions
Sessions are scheduled from 1:30 to 2:30 p.m. and 2:45 to 3:45 p.m., offering
participants opportunities to reflect on issues raised during the morning
sessions and to learn about innovative program in K-12 math and science
education being developed and implemented at various Hopkins centers and
departments.
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Among the university program represented will be:
Center for Social Organization of Schools: Science and Math Connections
for Young Children; High School Courses to Close Skill Gaps and Motivate
Students for Success; Involving Families and Communities in Science and
Math Education;
School of Professional Studies in Business and Education: Recruiting,
Preparing, and Supporting Quality Mathematics and Science Teachers
Center for Talent Youth: Extending Advanced Learning Experiences
in Science and Math;
Center for Summer Learning: Building Science and Math into Summer
Learning Activities;
Institute for Policy Studies: Policy Perspectives on Math and Science
Education Reforms and Their Application to Practice
Whiting School of Engineering: Increasing the Pipeline for Science
and Engineering Students.
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