Introduction by Conference Chairs:
A Challenge for the 21st Century
Tom Stoebe and Tom Pearsall, University of Washington

ADDRESSING THE CHALLENGE:

• Discussion Leader: Dr. Slade Cargill, Lehigh University, Bethlehem, PA
  
• Arthur Ellis, U. of Wisconsin and George Lisensky, Beloit College
  The Chemistry Model
• James C. Williams, General Electric Aircraft Engines
  An Industrial Perspective
• Phillip Ball, Nature Magazine
  Materials Made to Measure

Reception follows

• Discussion leader: Dr. Ronald Gibala, Michigan
  
• Rustum Roy, Penn State University
  Materials Science: the Real Science
• Charles McMahon, University of Pennsylvania
  The use of multimedia methods in teaching introductory materials science at Penn, 1995-1998
• Steve Yalisov, University of Michigan
  Using Technology To Enhance The Classroom Experience: The Web, Classtalk, and The Dynamic Textbook.

  BREAK -- Group Photo

• Discussion leader: Kevin Trumble, Purdue
  
• Kristen Constant, Iowa State University
  Materials Processing - A Multimedia Approach to Addressing Diverse Learning Styles
• Emily Allen, San Jose State University
  Engaging the Engineering Student through Cooperative Learning

Coordinator:Tom Pearsall, University of Washington, Seattle, WA

Poster session -- poster papers to be invited from the conference participants

• Discussion leader: Gerald Liedl, Purdue
  
• Blair London, Cal Poly, San Luis Obispo
  MSE Undergraduate Education: Perspectives from Those who Do
• Jeff Rickman, Lehigh
  Computational Methods in Materials Science: A Course for Lehigh Sophomores

  BREAK

• Interactive workshops: small sessions on specific innovative topics, available on a round-robin basis
  • John Russand John Hren, North Carolina State Univeristy
    Using Multimedia graphics to supplement and/or present an introductory materials science course
  • Marc deGraef, Carnegie Mellon University
    Interactive Crystallography Modules for Undergraduate Materials Education
  • Jed Lyons, University of South Carolina (Gateway Coalition)
    Inter-institutional cooperation in developing materials education modules: the NSF Gateway Coalition

• Discussion leader: Jim Jacobs, Norfolk State University
  
• Matthew Hsu, Northwestern University
  Hands-on approaches (Materials World Modules)
• Tim Weihs, Johns Hopkins University
  The development of a database for a classroom demonstration

  BREAK

• Panel Discussion: Solutions and Approaches
  
  • John Hren, N.C. State
  • D.H. Matthiesen, Case Western Reserve
  • Linda Vanasupa, Cal Poly
  • Rolf Hummell, Florida
  • Peggie Weeks, Moderator

Panel will pose a set of questions to the participants; participants will discuss in small groups and will report on Wed. AM. Each participant should have received their specific question already; if not, please get your assignment at the registration desk. The full set of questions is attached.

Poster session -- second day for review of posters

• Discussion leader: John Baglin, IBM Almaden
  
• Peter Goodhew, University of Liverpool
  Involving Academic Staff in the Production and Use of Software
• Carmen Huber, National Science Foundation
  Opportunities for a National Strategy
• Caroline Baillie
  Fostering Creative Thinking in Materials Science

• Panel Discussion: Representatives to report on the team discussion questions
  Moderator: Emilly Allen, San Jose State University
  Task Group assignments for future work and planning
• Business Meeting: future meeting plans and leadership
  Thomas Stoebe, University of Whashington
• Wrapup Panel: Summation and Charge for the Future
  Gerald Liedl, Purdue University
  Task Group assignments for future work and planning

1. A Web-based Dynamic Textbook for Materials Education
   Darcy Clark, U of Michigan, Ann Arbor, MI

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2. Educational Java Applets in Solid State Materials
   C. R. Wie, SUNY Buffalo, NY

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3. Engineering Materials Systems Course at Colorado School of Mines
   Chester van Tyne, Colorado School of Mines, Golden, CO

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4. Software to Support Undergraduate Materials Courses
   Peter Goodhew, University of Liverpool, UK

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5. Using Software to Expose Materials Science in Schools
   Peter Goodhew, University of Liverpool, UK

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6. Computational Chemistry in a Materials Science Course
   John R. Wilkes, USAF Academy, CO

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7. Standard Experiments in Engineering, Materials Science and Technology
   Jim Jacobs, Norfolk State University, Norfolk, VA

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8. Cutting Edge Research Problems to Engage Students in Chemistry AND Materials
   Mary Jane Shultz, Tufts University, Medford, MA

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9. Materials Synthesis, Processing and Characterization Laboratory Course
   Carmela Amato-Wierda, U. of New Hampshire, Durham, NH

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10. Technology Innovation in Materials Science Lab Courses
    James E. Wittig, Vanderbilt University, Nashville, TN

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11. Stretched to the Limit
    Edwin DeMont, St. Francis Xavier University, Antigonish, N.S., Canada

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12. Combining Active Learning Methods with a Dynamic Textbook
    Darcy Clark and Steven M. Yalisove, U. of Michigan, Ann Arbor, MI

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13. Tools for Teaching materials Science to Engineering Students
    Barrie S. H. Royce, Princeton University, NJ

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14. Introducing Chemistry for Engineering Major Undergraduates through a Materials Science Approach: Challenges and Opportunities
    Pradeep Phule, U. of Pittsburgh, PA

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15. Integrating Materials Science into the Chemistry Curriculum
    Arthur Ellis, U. of Wisconsin-Madison, WI
    George Lisensky, Beloit College,

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16. Materials Science Technology: Hands-on Learning for Pre-Engineers
    Merrill Rudes, Energy Concepts, Inc., Lincolnshire, IL

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	Dr. Tom Stoebe

	Materials Science & Engineering
	University of Washington
	Box 352120, Seattle, WA  98195-2120

	Tel:(206)543-7090
	Fax:(206)543-3100