Engineering Ethics: Challenges and Opportunities aims to set a new agenda for the engineering profession by developing a key challenge: can the great technical innovation of engineering be matched by a corresponding innovation in the acceptance and expression of ethical responsibility? Central features of this stimulating text include: · An analysis of engineering as a technical and ethical practice providing great opportunities for promoting the wellbeing and agency of individuals and communities. · Elucidation of the ethical opportunities of engineering in (...) three key areas: Engineering for Peace, emphasising practical amelioration of the root causes of conflict rather than military solutions. Engineering for Health, focusing on close collaboration with healthcare professionals for both the promotion and restoration of health. Engineering for Development, providing effective solutions for the reduction of extreme poverty. · Innovative strategies for implementing these ethical opportunities are described: Emphasis on the personal responsibility of every engineer and on the benefits of supporting social structures. Use of language and concepts that are appealing to business managers and political decision makers. · Future prospects for increasing the acceptance and expression of ethical responsibility by engineers are envisaged. · Engineering Ethics: Challenges and Opportunities provides engineers, decision makers and the wider public with new understanding of the potential of engineering for the promotion of human flourishing. (shrink)

Engineers have made an enormous contribution to promoting human wellbeing. Their work can also be the cause of immense human suffering. However, theological approaches to engineering ethics are scarce. Good starting points for a theological approach are provided by the ethics of Buber and Levinas, especially when combined with the idea of engineering as a practice in MacIntyre’s sense. A further strengthening of the importance of persons and a strong emphasis on the significance of community can be introduced through consideration (...) of the theology of Zizioulas, Dussel and Yannaras. This can provide the context for the consideration of the work of engineers as a para-eucharistic activity, a creative means of promoting the communion of persons through contribution to material wellbeing. Specific examples are given of how such a theological approach suggests reprioritisations of the role of engineers in promoting peace, of the contribution of engineers to removing infrastructural poverty in developing countries, and of the responsibilities of engineers in developed countries. (shrink)

Engineers make an enormous contribution to promoting the wellbeing of individuals and the communities in which they live, but engineering may also give rise to adverse consequences. Engineering therefore requires ethical awareness, and professional engineers often use ethical codes to guide their actions. The content of the Royal Academy of Engineering’s authoritative Statement of Ethical Principles is discussed and compared to the paradigmatic Rule of St Benedict. This leads to suggestions for the development of an enriched code for engineering that (...) considers not only what actions are desirable but also how and why they should be carried out. Issues arising in the formulation of an enriched code acceptable also to those of no explicit faith or of other faiths are considered. It is suggested that the development of enriched professional codes is a general and strategically important challenge for theological ethics. (shrink)

Engineering makes profound contributions to our health. Many of these contributions benefit whole populations, such as clean water and sewage treatment, buildings, dependable sources of energy, efficient harvesting and storage of food, and pharmaceutical manufacture. Thus, ethical assessment of these and other engineering activities has often emphasized benefits to communities. This is in contrast to medical ethics, which has tended to emphasize the individual patient affected by a doctor’s actions. However, technological innovation is leading to an entanglement of the activities, (...) and hence ethical responsibilities, of healthcare professionals and engineering professionals. The article outlines three categories of innovation: assistive technologies, telehealthcare and quasi-autonomous systems. Approaches to engineering ethics are described and applied to these innovations. Such innovations raise a number of ethical opportunities and challenges, especially as the complexity of the technology increases. In particular, the design and operation of the technologies require engineers to seek closer involvement with the persons benefiting from their work. Future innovation will require engineers to have a good knowledge of human biology and psychology. More particularly, healthcare engineers will need to prioritize each person’s wellbeing, agency, human relationships and ecological self rather than technology, in the same way that doctors prioritize the treatment of persons rather than their diseases. Content Type Journal Article Category Article Pages 204-221 DOI 10.1558/hrge.v17i2.204 Authors W. Richard Bowen, i-NewtonWales, 54 Llwyn y mor, Caswell, Swansea, SA3 4RD, UK Journal Human Reproduction & Genetic Ethics Online ISSN 2043-0469 Print ISSN 1028-7825 Journal Volume Volume 17 Journal Issue Volume 17, Number 2 / 2011. (shrink)