Fundamental concepts of sustainability and sustainable development. Computing and sustainability and sustainable development. Green ICT. Resource conservation. Renewable resources. Design for extreme affordability. Problem solving methods. Methods to identify and select sustainable solutions to design problems. Methods of improving existing ICT solutions. Methods of systems thinking. Technical, economic, and social consequences of ICT practices and processes. Complex decisions related to social and environmental issues. Application of science and innovation to meet human needs while indefinitely preserving the life support systems of the planet.
IS -132 CRs
Mulder, K., “Sustainable Development for Engineers, a Handbook and Resource Guide”, Routledge, Taylor & Francis
content serial | Description |
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1 | Introduce students to the fundamental concepts of computing for sustainability and sustainable development |
2 | ICT for sustainability and sustainable development |
3 | Aspects of appropriate technology |
4 | Green ICT |
5 | Resource conservation |
6 | Renewable resources |
7 | 7th week Assessment + Design for extreme affordability |
8 | Introduce students to a range of computing problem solving methods |
9 | Methods to identify and select sustainable solutions to design problems |
10 | Methods of improving existing ICT solutions |
11 | Methods of systems thinking |
12 | 12th week Assessment |
13 | Technical, economic, and social consequences of ICT practices and processes |
14 | To better delineate the complex ICT decisions related to social and environmental issues |
15 | Assist students in the application of science and innovation to meet human needs while indefinitely preserving the life support systems of the planet |
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