Social Experimentation
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1. Engineering projects can be considered a form of social experimentation due to their innovative nature and potential unintended consequences. This results in uncertainty and risks for various stakeholders. 2. Engineers have a responsibility to monitor projects for risks, provide information to allow stakeholders to make informed decisions, and accept accountability for project outcomes. 3. Ethical codes can provide guidance for engineers and help balance responsibilities to stakeholders, but challenges remain with issues like diffusion of accountability in large organizations.
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Engineers face similarities and contrasts between engineering projects and standard experiments. Both involve partial ignorance, uncertainty in outcomes, and continuous monitoring. However, engineering experiments involve human needs and informed consent from customers. Engineers have responsibilities as experimenters, including moral commitment, comprehensive perspective, autonomy, and accountability. While codes of ethics provide guidance, they have limitations and engineers require a balanced outlook considering responsible experimentation over rigid rules.
Engineers Who Kill Professional Ethics and the Paramountcy of.docx
Engineers Who Kill: Professional Ethics and the Paramountcy of Public Safety
Author(s): Kenneth Kipnis
Source: Business & Professional Ethics Journal, Vol. 1, No. 1 (Fall 1981), pp. 77-91
Published by: Philosophy Documentation Center
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Engineers Who Kill: Professional
Ethics and the Paramountcy of
Public Safety
Kenneth Kipnis
Thou shalt not kill.
Exodus, Chapter 20.
Engineers shall hold paramount the safety, health and welfare of the
public in the performance of their professional duties.
Engineers' Council for
Professional Development,
Code of Ethics.
The codes of ethics of a number of engineering professional societies1 begin with
language that states that engineers are required in their professional work to hold
paramount the safety of the public. It is not difficult to appreciate why those in
engineering should feel obligated to endorse such a statement nor is it hard to
understand why it is generally placed first in the codes. For whenever we drive a car,
or fly in an airplane, or take an elevator, or use a toaster, or cross a bridge, or do
The work upon which this paper was based was supported in part by the National
Science Foundation and the National Endowment for the Humanities under Grant
Number OSS-7906980. Some of the ideas here were developed during participation in
the National Project on Philosophy and Engineering Ethics (at Rensselaer Polytechnic
Institute), funded by the National Endowment for the Humanities. For comments and
encouragement, I am indebted to Stephen H. Unger, David Davis, Sandra Ward, Robert
Bruder, Vivian Weil, Patricia Werhane, T. Paul Torda, Andrew G. Oldenquist, Victor
Paschkis, Edward E. Slowter, Win Nagley, Frank Tillman, Eliot Deutsch, Edward D.
Harter, Fred Bender, Deborah Johnson, and Sara Lyn Smith. Earlier versions of this
paper have been read at the American Society of Mechanical Eng ...
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Social Experimentation
- 1. Ā
- 2. Engineering as Social Experimentation M. SHOAIB SIDDIQUE 07-MCT-31 M. ASAD IRSHAD 07-MCT-54
- 4. It should be viewed as experimental process
- 12. Lack of established channels of communications
- 13. Misplaced pride in not asking for information
- 14. Embarrassment at failure or fear of litigation.
- 15. Plain neglect.
- 17. Visit shop floors and construction sites.
- 18. Learn from workers and foremen.
- 19. See how earlier projects faired.
- 20. How satisfied the customers are.
- 30. M. ASAD IRSHAD 07-MCT-54
- 47. Ā