Open Efforts for Computational Materials Research and Education: A NSDL MatDL and
TMS Pilot with the Materials Community |
1 |
Using Electronic Repositories as a Student Resource for MSE Applications |
9 |
Photovoltaics Education in Australia |
17 |
A New Curriculum in Sustainable Energetics in Estonia |
23 |
Nanotechnology as a Vehicle for Introducing Current Research Literature into the Undergraduate
Curriculum |
33 |
Creating a Project-Based Curriculum in Materials Engineering |
37 |
Training Programs of Advanced Sciences for High School Physics Teachers |
45 |
All, Most or Some: Implementation of Tiered Objectives for ABET Assessment in an
Engineering Program |
51 |
How to 'Survive' after Graduating in Materials Science I: Developing a Graduate Course
on 'Survival Skills for Scientists' |
65 |
DoITPoMS: Online Teaching and Learning Resources for Materials Science |
81 |
Undergraduate Research Opportunities Programs (UROP) Involving Student Exchanges between
the Materials Department - Imperial College (UK) and Universities in North America
and Australia |
89 |
The Aesthetic Side of Materials Science: A Learning Experience |
95 |
Status and Evolution of Accreditation for Materials Programs in the U.S. |
99 |
Learning Styles and Constructing Understanding. Why learning theory matters to Materials
Engineering educators |
117 |
On the Implementation of Virtual Machines in Computer Aided Education |
131 |