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Technology Adoption in Mathematics Education: A Global Perspective A Short Article Series December 2005
Maple
'down-under' in Engineering Mathematics
Education 5 The way forward Co-operation and a genuine sharing culture between staff and universities would assist in understanding the usefulness of these technologies in improving Engineering mathematics education. There exist a number of examples of such co-operation already.
6 Conclusion Many Australian universities are developing excellent teaching materials supporting Engineering maths. But the duplication of effort needs to be reduced; one possibility would be the development of a repository of tested and peer-reviewed materials. Ideally, such a repository would include successfully implemented collections of CAA questions. References [KCT] G. Keady, C. Cetinkaya and A. Triulzi. Mathematica, Packs for Mechanical Engineers and the elastic torsion problem. Pp 278-297 in ”Proceedings of the Asian Technology Conference in Mathematics”, Penang, June 1997. (Edited by Wei-Chi Yang and Yahya Abu Hasan.) [KFW] G. Keady, N. Fowkes and J.Ward. Interactive maths texts from Computer Algebra Systems: use in teaching engineering students. Pp 137-144 of Vol 2 of Proceedings of the Australian Computers in Education Conference, Perth, July 9-13, 1995. Ed. R. Oliver and M. Wyld. Published by ECAWA: Perth. (ISBN 1 875534 10 5) [HDR] T.L. Harman, J. Dabney and N. Richert, Advanced Engineering Mathematics Using Matlab. (PWS 2nd edition: 1999).
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