UniServe Science, The University of Sydney
Enhancing Australian Science and Mathematics education

UniServe Science Logo USyd crest

CAUT Grants in Physics 1993



Fundamental Concepts in Electricity: Science and Engineering

The purpose of this project is to develop an interactive multimedia learning package which will enable new students to clarify their own electricity concepts and compare them with those needed to study electrical engineering, science and its teaching successfully. Because they are not intuitive and because students have strongly held concepts of their own for electrical phenomena those concepts are often poorly understood. Strategies for change leading to deep understanding (to replace algorithmic learning) have been developed which are suitable for multimedia delivery. Students will be able to use them prior to or concurrently with their studies.

Host institution: University of Technology, Sydney

Leader: Dr Mark Cosgrove

Partner: W G Hooper, S Alexander

Contact Address: Faculty of Education

PO Box 222, LINDFIELD NSW 2070

TEL: (02) 330 5282

FAX: (02) 330 5556

Teaching Thermodynamic Concepts using Multimedia Technology and Graphic Animation

This proposal seeks to take advantage of the recent advances in multimedia technology for personal computers to demonstrate/illustrate some of the difficult conceptual concepts encountered by Science and Engineering students in thermodynamics.

Host institution: University of Western Australia

Leader: Dr Robert Donald Trengove

Contact address: Department of Chemistry

Stirling Highway, NEDLANDS WA 6009

TEL: (09) 380 3163

FAX: (09) 380 1005

E-mail: trengove@uniuse.uwa.edu.au

Development of a University Physics Programming Environment

The teaching and practice of physics at all levels is changing because of the wide availability of personal computers. A successful scheme (MUPPET) already exists to teach students to use these new tools. This project aims to extend that scheme so that it can be used by more courses, departments and universities.

Host institution: University of Sydney

Leader: Dr Ian Desmond Johnston

Partner: R C McPhedran, P J Walker, E F Redish

Conntact address: School of Physics

SYDNEY NSW 2006

TEL: (02) 692 2637

FAX: (02) 660 2903

E-Mail: idj@physics.su.oz.au

VITUL: Video Introductions to Undergraduate Laboratories: Physics

The aim of the project is to develop a series of twenty-six, six minute video introductions to experiments commonly found in foundation physics laboratories. The videos produced may, in the future, be used in distance learning through video conferencing, adapted to computer tutorials and onto CD-ROMs for computer aided learning modules.

Host institution: University of Wollongong

Leader: Dr Roger Adrian Lewis

Contact address: Department of Physics

Northfields Avenue, WOLLONGONG NSW 2522

TEL: (042) 21 3518

FAX: (042) 21 3151

E-Mail: r.lewis@uow.edu.au

A Computer-Based Multimedia Introduction to Physics

Current methods of teaching physics are inadequate to teach large classes of widely varying abilities. To address this a comprehensive computer-based multimedia physics instructional program suitable for incorporation into all existing first year physics units is being designed. The combination of coloured high resolution images, animation, full motion video and compact disc quality audio with an interactive user friendly computer program, results in a highly stimulating learning environment under the full control of the student.

Host institution: Curtin University of Technology

Leader: Dr Marjan George Zadnik

Partners: R Loss, D Sands, D F Treagust

Contact address: School of Physical Sciences

GPO Box U 1987, PERTH WA 6001

TEL: (09) 351 2326

FAX: (09) 351 2377


To notify us of any broken links or to suggest a site for inclusion on this page please send us an email, noting the url and name of this page in your email.

Return to home page


© 1997 - 2010 UniServe Science

Page Maintained By: PhySciCH@mail.usyd.edu.au
Last Update: Thursday, 07-Feb-2002 16:08:44 EST
URL: http://science.uniserve.edu.au/caut/phys/1993.html