Outcomes Assessment of Educational Approaches: Examples for Materials Science Educators, page 1
Chrysanthe Demetry
Worcester Polytechnic Institute
Assessing Online Courseware, page 9
Dylan P. Dizon
National Learning Foundation
Shared Educational Resource Development for Materials Science and Engineering, page 21
Darcy J.M. Clark
University of Michigan
Computer-based Interactive Modules Using Mathcad, page 29
Peter M. Anderson
Ohio State University
PC Material: a program package for teaching and research, page 37
G. Yu, S.T. Lee and J.K. Lai
City University of Hong Kong
Development of Java Applet Resources For Solid State Materials, page 49
Chu R. Wie and Inmook Na
State University of New York
Specialist Graduate Education Using the Web, page 57
John A. Venables
Arizona State University
Instttut de Physique Experimentale
University of Sussex
Crystallography for Materials Scientists - An Interactive CAL Approach, page 67
Peter J. Goodhew and Ann Fretwell
University of Liverpool
Visualizing the Anistropy of Crystals: Nye plus 3-D Graphics, page 1
D. G. Schlom
Pennsylvania State University
A Distributed Network - Based Course in Organic Molecular Conductors, page 91
J.S. Lee, M.B. Preiss, G. Li, and J.L. Musfeldt
University of New York at Binghamton
K.P. Mooney and M.J. Naughton
State University of New York at Buffalo
C. Rivera and L. Milhaly
State University of New York at Stony Brook
P. Naughton
Shareware Corporation
See High-Tc: Visualization of Cuprate Superconductors, page 99
John T. McDevitt, Chris E. Jones, Chris T. Jones and Sheila Warren
University of Texas at Austin
Popularizing Materials, page 107
Philip Ball
Nature
15-Minute "Clips" On Materials Engineering, page 119
Albert Polman
Utrecht University
Alumni-Contributed Materials Selection Projects in an Introductory Materials Science
Course, page 125
Chrysanthe Demetry
Worcester Polytechnic Institute