Description
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This module anchors engineering in social and natural worlds and explores the ways in which the design process intersects with approaches to sustainable, socially responsible innovation.  Students taking this module will develop a good overall understanding of the ways in which technology impacts social and ecological worlds.  It also provides a set of techniques for understanding different social and natural contexts in ways that enable responsible innovation in engineering design. This IEP Module takes an ‘active’ approach to learning.  Students will work on team projects and engage with internal and external experts who provide the specialist knowledge to underpin a socially and ecologically responsive design process. This module will require all students to participate in weekly on-line seminars and on-campus workshops.   Assessment is by coursework which is split 50:50 between team and individual assignments. 
Intended Learning Outcomes Ìý
Upon completion of this course, students will be familiar with principles and key techniques used in responsible innovation and engineering design to address complex, or ‘wicked’ real-world problems. This will involve learning about: Ìý
- how technologies can impact ecological and social worlds  Ìý
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tools required to negotiate the intersection between engineer and eco-social world Ìý
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values both personal, institutional and those that are embedded in technologies  Ìý
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the key role of interdisciplinary knowledge and practice in designs for sustainability Ìý
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principles of stakeholder analysis and the assimilation of multiple perspectives Ìý
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creative design practices that are reflexive and eco-socially informed  Ìý
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how imagined (fictional) futures can support anticipatory thinking Ìý
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This module integrates the principles of practical engineering design, sustainability and responsible innovation.  The core project centres around the use of technologies in the study and management of nature. Students will learn about the role of technologies, human values that are assigned to them and to nature; and the ways in which these can impact the sociological and ecological worlds for which they were designed. Students who take this module will learn how to respond to complex engineering design challenges in ways that are technically sound, socially beneficial and sustainable. The module will appeal to students who would like to understand the processes and practices that encourage engineering for a more sustainable world. Ìý
Module deliveries for 2024/25 academic year
Last updated
This module description was last updated on 19th August 2024.
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