Sustainable Development, Technological and Industrial Impacts on Engineering Education
The past industrial revolutions had negative effects on our world especially on environmental and social aspects. Hence, our societies must be able to steer the continued industrial revolution into the direction of sustainability. In particular, the current industrial revolution relies on the techno...
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Croatian Interdisciplinary Society
2018-06-01
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Series: | Interdisciplinary Description of Complex Systems |
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Online Access: | http://indecs.eu/2018/indecs2018-pp227-237.pdf |
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doaj-8a9c028ddc88403b9d3d2a6db6c6fed22020-11-24T20:43:10ZengCroatian Interdisciplinary SocietyInterdisciplinary Description of Complex Systems1334-46841334-46762018-06-0116222723710.7906/indecs.16.2.3Sustainable Development, Technological and Industrial Impacts on Engineering EducationAmr Elsaadani0Ahmed Helmi1Pharos University, Alexandria, EgyptPharos University, Alexandria, EgyptThe past industrial revolutions had negative effects on our world especially on environmental and social aspects. Hence, our societies must be able to steer the continued industrial revolution into the direction of sustainability. In particular, the current industrial revolution relies on the technologies of the Internet of Things, which open the ways to the development of sustainable solutions in order to meet the needs of the present without compromising the needs of the future. In the transition towards a sustainable society, teaching sustainability is necessary to ensure sustainable design and preserve the ecosystem. Consequently, educating engineering students on sustainable development is wide spreading and is actually taking place worldwide in many modern faculties and universities. This article examines the teaching methods for a sustainability subject and builds on the experience of others and a wide spectrum of methods in order to provide guidelines for curriculum design. The design is based on innovations in technologies to cover sustainability along with environmental and social implications. The article also provides a criterion for evaluating the impact of executing the proposed sustainable development curriculum.http://indecs.eu/2018/indecs2018-pp227-237.pdfsustainable developmentteaching methodologylearning outcomesICTIoT |
collection |
DOAJ |
language |
English |
format |
Article |
sources |
DOAJ |
author |
Amr Elsaadani Ahmed Helmi |
spellingShingle |
Amr Elsaadani Ahmed Helmi Sustainable Development, Technological and Industrial Impacts on Engineering Education Interdisciplinary Description of Complex Systems sustainable development teaching methodology learning outcomes ICT IoT |
author_facet |
Amr Elsaadani Ahmed Helmi |
author_sort |
Amr Elsaadani |
title |
Sustainable Development, Technological and Industrial Impacts on Engineering Education |
title_short |
Sustainable Development, Technological and Industrial Impacts on Engineering Education |
title_full |
Sustainable Development, Technological and Industrial Impacts on Engineering Education |
title_fullStr |
Sustainable Development, Technological and Industrial Impacts on Engineering Education |
title_full_unstemmed |
Sustainable Development, Technological and Industrial Impacts on Engineering Education |
title_sort |
sustainable development, technological and industrial impacts on engineering education |
publisher |
Croatian Interdisciplinary Society |
series |
Interdisciplinary Description of Complex Systems |
issn |
1334-4684 1334-4676 |
publishDate |
2018-06-01 |
description |
The past industrial revolutions had negative effects on our world especially on environmental and social aspects. Hence, our societies must be able to steer the continued industrial revolution into the direction of sustainability. In particular, the current industrial revolution relies on the technologies of the Internet of Things, which open the ways to the development of sustainable solutions in order to meet the needs of the present without compromising the needs of the future. In the transition towards a sustainable society, teaching sustainability is necessary to ensure sustainable design and preserve the ecosystem. Consequently, educating engineering students on sustainable development is wide spreading and is actually taking place worldwide in many modern faculties and universities. This article examines the teaching methods for a sustainability subject and builds on the experience of others and a wide spectrum of methods in order to provide guidelines for curriculum design. The design is based on innovations in technologies to cover sustainability along with environmental and social implications. The article also provides a criterion for evaluating the impact of executing the proposed sustainable development curriculum. |
topic |
sustainable development teaching methodology learning outcomes ICT IoT |
url |
http://indecs.eu/2018/indecs2018-pp227-237.pdf |
work_keys_str_mv |
AT amrelsaadani sustainabledevelopmenttechnologicalandindustrialimpactsonengineeringeducation AT ahmedhelmi sustainabledevelopmenttechnologicalandindustrialimpactsonengineeringeducation |
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1716820277907685376 |