Developing computer-aided education in electrical engineering
This paper gives a comprehensive overview of the variety of research and developmental activities for computer-based education which is carried out in the Department of Electrical Engineering at The University of Sydney, particular emphasis being placed on the research and development of computer-based training programs for undergraduate electrical engineering students.
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References
1.
PudlowskiZ. J., ‘An integrated approach to curriculum design for engineering education’, Int. J. Appl. Engng. Educ., 3, 11–26(1987)
2.
VuceticB., and PudlowskiZ. J., ‘Developing curriculum for a high-tech subject in electrical engineering’, Australasian J. Engng. Educ., 2, 2, 181–190(1991)
3.
PudlowskiZ. J., ‘Transfer of knowledge in an analogous model’, Int. J. Appl. Engng. Educ., 6, 1, 23–36(1990)
4.
PudlowskiZ. J., ‘Visual communication via drawings and diagrams’, Int. J. Appl. Engng. Educ., 4, 4, 301–315(1988)
5.
MarekT., and PudlowskiZ. J., ‘The impact of VDT drawings and images on engineering design, work and education’, Proceedings of the 1st AAEE Annual Conference, Sydney, Australia, 214–219(1989)
6.
PudlowskiZ. J., and RadosM., ‘The computer based assessment of student aptitude for electrical engineering’, Int. J. Appl. Engng. Educ., 3, 6, 513–519(1987)
7.
OsikowskaW., PrzetacznikJ., and PudlowskiZ. J., ‘A study of the effectiveness of the electrical engineering aptitude test’, Proceedings of the World Conference on Engineering Education for Advancing Technology, Sydney, Australia, 311–315(1989)
8.
PudlowskiZ. J., An Aptitude Test and Associated Research on Basic Electrical Circuits, Sydney: EEERG (1993)
9.
PudlowskiZ. J., “Developing computer programs for engineering education — important issues (Keynote Address), Proceedings of the International Conference on Computer Aided Training in Science and Technology, Barcelona, Spain, 34–41 (1990)
10.
LiX., and PudlowskiZ. J., ‘A computer-based training system for electrical engineering education’, Proceedings of the 3rd AAEE Annual Convention and Conference, Adelaide, Australia, 169–174 (1991)
11.
LiX., and PudlowskiZ. J., ‘A computer network for interactive computer-assisted education in electrical engineering’, Proceedings of the 3rd World Conference on Engineering Education, Portsmouth, U.K., 3, 21–26(1992)
12.
HuttonR., and PudlowskiZ. J., ‘Designing software for electrical engineering education’, Proceedings of the 2nd AAEE Annual Convention and Conference, Melbourne, Australia, 425–430(1990)
13.
HuttonR., and PudlowskiZ. J., ‘Prototyping, an authoring system for electrical engineering’, Proceedings of the 3rd World Conference on Engineering Education, Portsmouth, U.K., 2, 87–92(1992)
14.
MarekT., and PudlowskiZ. J., op. cit. 214–218
15.
HlebarZ., and PudlowskiZ. J., ‘Automated laboratory instruction for electrical machines’, Proceedings of the 2nd AAEE Annual Conference, Melbourne, Australia, 461–466(1990)
16.
HlebarZ., and PudlowskiZ. J., ‘Computer-based retreival of motor data (AROMA)’, Computers and Education, 17, 4, 271–279 (1991)
17.
ZhaoW., and PudlowskiZ. J., ‘Computer training software for electrical machines’, Proceedings of the East–West Congress on Engineering Education, Cracow, Poland, 283–287(1991)
18.
MendrelaE., PudlowskiZ. J., and ChoiH. Y., ‘A new experimental procedure in electrical power engineering training’, Proceedings of the 2nd AAEE Annual Conference, Melbourne, Australia, 483–488(1990)