K3.1 9.30
Chemical engineering education - can a 10-year-old experiment provide the real paradigm shift for the future?
*D. C. Shallcross, J. L. Gravina, D. G. Wood
(Univ. Melbourne, AU)
[150]
K3.3 10.00
Implementation of sustainable development into industrial and university chemical engineering.
*S. M. Lemkowitz, G. H. Harmsen1, G. Korevaar, G. H. Lameris
(Delft Univ. Technol., NL; 1Shell Res. Dev. Centre, Amsterdam, NL)
[554]
K3.4 10.30
Integration of safety, health, environment and societal questions into engineering education and industrial training.
*S. M. Lemkowitz, H. J. Pasman1, B. A. Schupp
(Delft Univ. Technol, NL; 1TNO Def. Res., Delft, NL)
[555]
K3.5 11.00
Chemical process safety - a challenge to chemical engineering education.
J. Horak
(Inst. Chem. Technol., Praha, CZ)
[846]
K3.6 11.30
Information systems globalization, integration, knowledge based reengineering and teaching.
P. Burian
(Inst. Chem. Technol., Praha, CZ)
[325]
K5.1 9.30
Teaching sustainable development to chemical engineering students.
*A. Azapagic, S. Perdan, R. Clift
(Univ. Surrey, Guildford, UK)
[1368]
K5.2 10.00
I-HEAT-ED: The use of Java supported web browser format for interactive education in heat transfer.
*Y. O. Devres, T. Duran
(Istanbul Tech. Univ., Maslak, TR)
[871]
K5.3 10.30
Psychrometric properties of humid air: calculation procedures and interactive education in Java supported web browser format.
*Y. O. Devres, G. Bingol
(Istanbul Tech. Univ., Maslak, TR)
[872]
K5.4 11.00
Putting sustainability into engineering teaching.
*R. C. Darton, R. H. Booth
(Univ. Oxford, UK)
[1312]
K5.5 11.30
Introducing of reaction modeling and design software tools into chemical engineering and process safety education.
*I. A. Kirillov, B. V. Potapkin1
(Inst. Phys. Technol., Dolgoprudnyi, RU; 1Kurchatov Inst., Moskva, RU)
[1425]
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