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| Helping Students Relate Classroom Theory
to Practice in Industry: Design Considerations
for Web-based Simulations |
| Dr
Srinivasan Rajagopalan |
J. A. Gilles Doiron |
Melvyn Song |
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| Department of Chemical & Biomolecular Engineering |
Centre for Development of Teaching
& Learning |
Centre for Instructional Technology |
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| While many engineering undergraduate courses are structured
to introduce the theory related to various processes, students
with no industrial experience have little sense of how this
theory relates to real-life operations in the field. To address
this concern, we set out to create a learning activity dedicated
to help students relate theoretical concepts of process dynamics
and control presented in class to their practical application
in industry. Continue reading |
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| Design
and Evaluation of a Chemistry Computer Software for NUS Students |
| Nah
Wee Kiak, Daniel & Dr
Alan K Szeto |
| Department of Chemistry |
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| Subject matter learning at the university level is not all
about memorising isolated facts but understanding concepts
and drawing connections between them. To facilitate university
students’ learning, more authentic problems which provoke
the use of so-called higher-order cognitive skills (HOCS)
(Roth, 1995) should be assigned instead of structured exercises. Continue reading |
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| Interactive
3D Computer Technology in Orthodontic Education |
Associate
Professor Kelvin Foong &
Associate Professor Keng Siong Beng &
Tok Wee Wah |
| Faculty of Dentistry |
| |
| Computer
technology may be harnessed to facilitate learning. In the area
of biomedical health education, computer technology is especially
useful in the training of health care providers who deal on
a daily basis, with people who are diseased or deformed through
birth and accidents. Continue reading |
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