JOURNAL OF MATERIALS EDUCATION
Volume 26, Nrs. 3-4, 2004
PROCEEDINGS OF THE MRS SYMPOSIUM, Spring, 2004
“EDUCATING TOMORROW’S MATERIALS SCIENTISTS AND ENGINEERS”.
Guest Editors: K.C. Chen, M.L. Falk, T.R. Finlayson, W.E. Jones, Jr., and L.J. Martinez-Miranda
Based on the MRS Electronic Proceedings Volume 827E, by courtesy of the Materials Research Society.
Crystals (A Freshman Seminar): An Exercise on Cooperative and Peer Learning |
181 |
Teaching Undergraduates Nanotechnology |
185 |
Biomedical Nanoscience: Electrospinning Basic Concepts, Applications, and Classroom Demonstration |
195 |
DNET: The Drexel Nano Engineering Track |
207 |
MatDL.org: The Materials Digital Library and the National Science Digital Library Program |
213 |
Teaching Computational Materials Science for Nanoscale Science and Engineering |
219 |
AtomLab: A Tool for Teaching Materials Science and Simulation on the Atomic Scale |
225 |
A New MSE Curriculum |
233 |
Goniometry of Direct Lattice Vectors Supporting Students' Comprehension of Crystallographic Core Concepts and Demonstrating Image-Based Nanocrystallography |
239 |
Graduate Teaching Fellows in the Classroom: Connecting University Research and Resources to the K-12 Community |
245 |
An Impact Study of the Implementation of a Materials Science and Engineering Module at the Fifth Grade Level |
251 |
A Way to Get Students Interested in Materials Science: Research Presentations for the K-12 Group |
257 |
What Constitutes Successful Undergraduate Research? |
261 |
Incorporating Diverse Majors and Backgrounds in Materials Science Research Experience for Undergraduates (REU) Sites |
267 |
Nanotechnology Summer Undergraduate Research Intern Program: Comprehensive Introduction to Life as a Researcher |
273 |
Implementation of Paul Revere: Tough as Nails, an Integrated Project-Based Course on Materials Science and History of Technology |
279 |
Teaching Corporate Culture-An Engineer's Survival Guide |
287 |
Curricula for a Sustainable Future: A Proposal for Integrating Environmental Concepts into our Curricula |
293 |
Shape Memory Alloys for Classroom Demonstrations, Laboratories, and Student Projects |
301 |
An Approach to the Teaching of Functional Materials for Materials Science and Engineering Undergraduate Courses |
307 |
Nanotechnology Education and Training |
313 |
Educational Software for Materials Processing |
323 |
Realistic Roles for Scientists in K-12 Education |
333 |