Why Does a Light Bulb Burn Out?, page 5
Michael J. McKelvy, P. Mitian, Kirsten Hintze, Eric Patrick, K. Allagadda, B. L. Ramakrishna,
Carrie Denny, Brandt Pryor, A. V. G. Chizmeshya, and V. Pizziconi
Arizona State University
Semiconducting Polymers for Multidisciplinary Education, page 12
D. Braun, K. B. Kingsbury and L. S. Vanasupa
California Polytechnic State University
Everything You've Always Wanted to Know about What Your Students Think They Know but
Were Afraid to Ask, page 18
E. Werwa
Otterbein College
Laboratory Activities used in a Sophomore Materials Science Course at Texas A& M University, page 24
R. B. Griffin, A. L. Epps, and K. T. Hartwig
Texas A&M University
Education Atomic Force Microscope, page 31
Claudio Guerra-Vela, Fredy R. Zypman
University of Puerto Rico, Yeshiva University
The Internet Microscope, page 36
T. J. Marrow and B. Derby
UMIST and University of Manchester
Feedback Loops Within the Pre-Requisite Tree, page 42
T. R. Bieler, M. Huebner, R. W. Soutas-Little, and M. J. Crimp
Michigan State University
Teaching Engineers Materials Selection Via the Internet: The Issue of Diverse Student
Backgrounds, page 54
Y. Q. Sun and James Economy
University of Illinois at Urbana-Champaign
A New Role for Engineering Educators: Managing for Team Success, page 60
Debra S. Larson
Northern Arizona University
Materials Science in General Chemistry for Freshman Engineering Majors, page 71
David E. Nikles
The University of Alabama
Building Knowledge in Materials Science, page 77
Caroline Baillie, Jonas Emanuelsson and Ference Marton
Imperial College of Science, Technology and Medicine, Gothenburg University
Enhancing the Success of Undergraduates in Engineering: A Teaching Workshop for Faculty
and Teaching Assistants, page 84
J. A. Isaacs
Northeastern University