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Material scarcity: a reason for responsibility in technology development and product design
1Faculty of Industrial Design Engineering, Delft University of Technology, Delft, The Netherlands. a.r.koehler@tudelft.nl
Science and Engineering Ethics
|October 12, 2012
Summary
Impending scarcity of critical technology metals threatens innovation. Technology developers must proactively mitigate material scarcity for sustainable development and future progress.
Area of Science:
- Materials Science
- Sustainable Development Ethics
- Innovation Studies
Background:
- Critical technology metals are essential for high-performance modern technologies.
- Impending scarcity of these metals poses a significant risk to future innovation.
- The risk of material scarcity is often underestimated by innovators.
Purpose of the Study:
- To review the phenomenon of material scarcity from a sustainable development ethics perspective.
- To discuss the necessity and responsibility of preventative actions against future resource scarcity.
- To argue for technology developers to take responsibility for proactive mitigation of material scarcity.
Main Methods:
- Literature review and ethical analysis of material scarcity.
- Discussion of preventative actions and developer responsibility.
- Exploration of resource-aware technology development strategies.
Main Results:
- Material scarcity is a critical risk that can impede technological progress.
- Technology developers have a crucial role and ethical responsibility in mitigating scarcity.
- Proactive measures are needed to ensure sustainable management of critical materials.
Conclusions:
- Industrial designers and engineers should champion resource-aware technology development.
- Taking preventative actions today is essential to mitigate future resource scarcity.
- Pioneering sustainable management of critical materials is key to long-term innovation.
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