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Engineer Ethics: more books (89)

The work ethic, Luddites and Taylorism in Japanese management literature. (Management Improvement Opportunities): An article from: Industrial Management by James R. Stewart, 1992-11-01
Are you ethical?(Performance): An article from: Industrial Engineer by Kevin McManus, 2004-02-01
Ethical Problems in Engineering by Philip Alger, 1965
Solutions Manual for What Every Engineer Should Know about Ethics by Glyn Humphreys, 1999-07
Thinking like an Engineer: Studies in the Ethics of a Profession by Michael Davis, 1998
Fundamentals of Ethics for Scientists & Engineers
Engineers and the public weal: Indispensable to public welfare by Clyde Potts, 1949
Professional responsibilities of management consultants: Ethics and professional conduct by Philip W Shay, 1973
The social responsibilities of engineers and scientists: A philosophical approach (CSEP occasional papers) by Robert F Ladenson, 1979
Professional ethics and environmental technology (SAE) by M.R.J Wyllie, 1972
Ethics and professional conduct in management consulting, by Philip W Shay, 1966
Hold Paramount: The Engineer's Responsibility to Society by P. Aarne Vesilind, Alastair S. Gunn, 2010-06-01
A Pocket Guide to Business for Engineers and Surveyors by H. Edmund Bergeron, 2009-08-17
Canadian Professional Engineering Practice and Ethics by Gordon C. Andrews, John D. Kemper, 1999

lists with details

Free Pint No.66 - Engineering, Ethics And Aesthetics
EDITORIAL MY FAVOURITE TIPPLES from Andy Nolan TIPS AND TECHNIQUES Panorama ofEngineering Portals By Roddy Macleod BOOKSHELF Internet ethics Reviewed by
http://www.freepint.co.uk/issues/060700.htm

Extractions: Join Today If you would like to receive the FreePint newsletter every two weeks for free, please become a member . If you already have an account and to activate the member-only options, sign in What is Free Pint? Email This Issue To have this issue emailed to you enter your email below and click the button: Free Pint "Helping 29,000 people use the Web for their work" http://www.freepint.co.uk/ ISSN 1460-7239 6th July 2000 No.66 > = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = IN THIS ISSUE EDITORIAL MY FAVOURITE TIPPLES from Andy Nolan TIPS AND TECHNIQUES "Panorama of Engineering Portals" By Roddy Macleod BOOKSHELF "Internet Ethics" Reviewed by Simon Collery FEATURE ARTICLE "Surfing the Sludge - Tips on Good Web Page Design" By Richard Eskins FREE PINT BAR by Simon Collery EVENTS GOLD AND FORTHCOMING ARTICLES CONTACT INFORMATION ONLINE VERSION WITH ACTIVATED HYPERLINKS http://www.freepint.co.uk/issues/060700.htm
Engineering Ethics
To view some Codes of Engineering ethics Click on the Links Below ENGINEERS CREEDAmerican Society of Civil Engineers Code of ethics American Society of
http://civil.engr.siu.edu/intro/ethics.htm

Extractions: Professional Ethics in Engineering Engineering EthicsResponsible engineers have long recognized the necessity for a statement of principles of professional practice that would serve as a guide in personal conduct. In 1906, the American Institute of Electrical Engineers appointed a committee to draw up a code of ethics. Similar groups representing other engineering societies have worked over the years to develop standards to meet the needs of their members. In 1963, the Engineers' Council for Professional Development (ECPD) adopted a detailed code of ethics that spelled out in considerable detail the obligations of engineers to the public and to each other. In 1977 a shorter code was approved by the board of directors of ECPD, and it has since been adopted by most of the engineering societies. ECPD, now ABET, also adopted and has modified a set of guidelines for use with the Fundamental Code of Ethics. Obligations of Engineers Of particular interest to a beginning engineer is the obligation of experienced engineers to make available their knowledge to others. Only a minute part of your ultimate understanding will come as a result of your own original work; by far the greatest portion will be received from others in school, through engineering societies, and from other engineers. In turn, you will be obligated to make your contribution to the constantly expanding store of knowledge. Engineers also have an obligation to remain up-to-date by participating in continuing professional development. Engineers have met their professional obligations in varying degrees, with regard to professional society membership, engineering registration, and participation in continuing education.
Engineering Ethics 2001
Engineering ethics 2001. ethics and Social Responsibility in Engineeringand Technology. Thursday, May 31 and Friday, June 1, 2001.
http://www.gonzaga.edu/Academics/Continuing Education/Past Programs/Engineering

Extractions: The engineering profession has had a proud history of serving society's needs. Although engineers have usually been respected for their successes in addressing the health and safety needs of the society they serve, they have not always asked the critical questions related to the long-term impact and sustainabilty of proposed actions. Today, the education of engineers must include the cement of social awareness and be instilled with an abiding sensitivity to nature's gifts together with social responsibility to all constituencies served. In this new culture, the engineer accepts an expended view of serving the client. Just as those who pay for engineering services must be served professionally, all others who are affecteddirectly and indirectlyshould be given the same consideration, ethical commitment and professional responsbility. In our economic analyses, we must deeply believe in values as more important than short-term profits. Our legal institutions must lead in resolving conflict in a "people for Earth" approach instead of "person against person." Governments at all levels must think of the commonality and natural interconnection among our homes, and not our differnces in cultures and political systems. The reasearch and development community must focus on recycling and regeneration, and every engineering action in meeting future needs must look to the application of the research. The old ways must be improved and the new ways must be better. Yet tomorrow's world poses a new array of challenges for us, centered on our significant role in building a sustainable future for the generation who follow us.
Engineering Ethics 2001
Gonzaga University Engineering ethics 2001. ethics and Social Responsibilityin Engineering and Technology. Thursday, May 31 and Friday, June 1, 2001.
http://www.gonzaga.edu/Academics/Continuing Education/Past Programs/Engineering
ASME PPC - Engineering Profession: Ethics
Web sites with excellent overviews of engineering ethics, including a wide rangeof case studies and discussions http//onlineethics.org/cases/nspe/ The
http://www.professionalpractice.asme.org/engineering/ethics/resources.htm
Code Engineering Ethics
code engineering ethics, Watch resources for code engineering ethics.SEARCH The Web Related code engineering ethics sites List
http://www.watcheducation.com/code-engineering-ethics.html
Engineering Ethics
Spring 2004. 510.304 ENGINEERING ethics. ClassTime Tuesday, 3 5 pm. March 23.Codes of Engineering ethics. Paper 2 Due. March 30. Artificial Heart Case Study.
http://www.jhu.edu/~matsci/teaching/510.304/Ethics.html

Extractions: (Detailed Outline) January 27 Introduction February 3 Ethical Concepts and Theories February 10 Applying Ethical Theories; Challenger Case Study Submit Topic for Research Paper February 17 Breast Implant Case Study (part 1) February 24 Breast Implant Case Study (part 2) Paper #1 Due March 2 The Engineer and Business; Attributes of the Profession; Social Responsibility of Business Outline and References for Research Paper Due March 9 Bjork-Shiley Heart Valve Case Study; Physician and Patient Notification March 23 Codes of Engineering Ethics Paper #2 Due March 30 Artificial Heart Case Study Draft of Research Paper Due April 6 The Engineers Obligations; Ford Pinto Case Study April 13 David Baltimore Case Study April 20 Discuss Research Papers Research Paper Due April 27 Discuss Research Papers
Online Ethics Center Instructional Resources In Engineering
Syllabi and Other Resources for Designing Courses in Professional Ethicsfor Engineers, Computer Scientists, or Scientists.
http://oecwork.cwru.edu/eng/edu.html
Online Ethics Center Making Connections Engineering Ethics On
center, for example, Michael Davis wellknown essay Thinking Like an EngineerThe Place of a Code of ethics in the Practice of a Profession 6. Information
http://oecwork.cwru.edu/essays/education/herkert.html
Envirovideo: Karl Grossman--Nuclear Engineering, Ethics And Public Health
Karl Grossman Nuclear Engineering, ethics and Public Health 5th International Conference,Problems and Practice of Engineering Education Tomsk Polytechnic
http://www.envirovideo.com/karlsiberia2.html

Extractions: Karl Grossman He has given speeches on nuclear technology and other energy and environmental issues around the world. He gave presentations at the Center for Russian Environmental Policy's International Conference on "Toward a Sustainable Russia: Environmental Policy" in Voronezh in 1998, at the Second All-Russia Congress on Protection of Nature in Saratov in 1999, and in 2000 at the conference on "Health of the Environment" at the Russian Academy of Sciences. He has long been active in television and is program director and vice president of EnviroVideo, a New York-based TV company that produces environmental documentaries and interview and news programs. He narrated and wrote EnviroVideo's award-winning documentaries The Push To Revive Nuclear Power; Nukes In Space: The Nuclearization and Weaponization of the Heavens and Three Mile Island Revisited. He is now in the process of putting together an EnviroVideo (www.envirovideo.com) documentary on the great strides in safe, clean, renewable energy technologies and how they are ready to be implemented. His EnviroVideo TV programs are aired across the U.S. on cable TV and via communications satellite by Free Speech TV. His magazine and newspaper articles have appeared in numerous publications. He is vice-chairman of the board of the leading worldwide organization challenging nuclear technology, Nuclear Information and Resource Service-WISE. He is secretary of the board of the media watch group Fairness and Accuracy In Reporting. He is a charter member of the Commission on Disarmament Education, Conflict Resolution and Peace of the International Association of University Presidents and the United Nations. He can be reached by E-mail at kgrossman@hamptons.com.
Engr10 Ethics
Resources on Engineering ethics. Some The University of Texas at AustinStudies in ethics, Safety, and Liability for Engineers; Web
http://www.engr.sjsu.edu/nikos/courses/engr10/ethics.htm

Extractions: In addition to technical expertise and professionalism, engineers are expected to maintain high ethical standards in their work. Many engineering professional societies have written their own code of ethics for their members. Moreover, the Accreditation Board for Engineering and Technology (ABET), that sets the standards for engineering programs in the US, specified in its Engineering Criteria 2000, that engineering graduates should have an understanding of professional and ethical responsibility. By the end of the course, students should be able to identify and resolve a variety of ethical problems that arise in the process of solving engineering problems. The following is a set of 5 short cases for introductory class discussion: Chemical Engineer working for the EPA , responsible for investigating motor vehicle engine pollution control standards. Engineer working for a high-tech company that makes extensive use of a trichloroethylene (TCE), an industrial solvent that causes cancer and affects the liver, kidneys, and nervous system. Chemical Engineer working for a small company , responsible for taking periodic samples of the effluent in a river.
Policy - Responses
one of our events or because you heard about one of the events and want to findout more, You may just be interested in professional ethics for engineers.
http://www.raeng.org.uk/policy/ethics/default.htm

Extractions: The Royal Academy of Engineering set up a working group on professional ethics during 2003 on the view that it is timely to debate this within our profession and with others. Previous work by the Academy produced guidance on the paramount duty of engineers to protect the public in the case of imminent disaster. Membership RAE guidance on Warning of Preventable Disasters The spring issue of Ingenia included an article by John Uff, FREng on the role of the engineering institutions in professional ethics. www.raeng.org.uk/news/publications/ingenia/issue15 Issue 14 Issue 13 Lectures: Engineering Ethics: Do engineers owe duties to the public? John Uff CBE QC FREng You may be visiting this website because you attended one of our events or because you heard about one of the events and want to find out more, You may just be interested in professional ethics for engineers. Link to past events and to programme of future events Professional standards in the UK are maintained by individual engineering institutions. They confer chartered status to engineers, based on their training and experience. The Engineering Council (EC) sets overall standards of competence and professional behaviour. EC Standards Chartered engineers must agree to abide by a code of professional conduct. The standards for degree courses include a requirement for graduates to acquire an awareness of the broader obligations of engineers to society.
Joint Steering Committee For The Establishment Of Software Engineering As A Prof
on Software Engineering ethics and Professional Practices is to document the ethicaland professional responsibilities and obligations of software engineers.
http://www.computer.org/tab/seprof/

Extractions: Steering Committee page Steering Committee history Survey Report Draft Code of Ethics Draft Accreditation Criteria ... Computer Society home page Joint IEEE Computer Society and ACM Steering Committee for the Establishment of Software Engineering as a Profession The IEEE Computer Society and the ACM have established a Joint Steering Committee for the Establishment of Software Engineering as a Profession. The initial recommendations of the Steering Committee were to define ethical standards, to define the required body of knowledge and recommended practices in Software Engineering, and to define appropriate curricula to acquire the body of knowledge. The steering committee decided to accomplish these tasks through the establishment of a series of task forces and we are now presenting the initial reports on these efforts. The purpose of the task force on Software Engineering Ethics and Professional Practices is to document the ethical and professional responsibilities and obligations of software engineers. The task force developed a code for a sub-specialization within the constituencies of both of the professional societies. In an attempt to reflect the international character of both organizations and the profession itself, the composition of the task force is multinational in both citizenship and in membership in professional computing organizations. We are publishing the proposed draft Code of Ethics for Software Engineers (version 4.0) to solicit comments from practitioners and other interested parties.
Engineering Ethics - PDH Online Course For Engineers And Architects
Engineering ethics. John C. Huang, Ph.D., PE. Engineering professionis the PDH credits. ***. Selected Codes of ethics for Engineers
http://www.pdhonline.org/courses/r102/r102.htm

Extractions: Engineering Ethics John C. Huang , Ph.D., PE Engineering profession is considered to be of vital importance to the safety, health and welfare of the public. In order to serve the public effectively and ensure the well-being of the society, engineers must not only possess and maintain a high level of technical expertise and competence, but also perform under the standard of professional conduct with adherence to the highest ethical principles. The ethical principles governing the engineering profession are embodied in codes of ethics. Such codes have been adopted by state boards of registration, professional engineering societies and even by some private industries. In this lesson, you will be asked to study the Code of Ethics for Engineers ethics case analyses by NSPE Board of Ethics Review provide examples of how the NSPE Code of Ethics was used in real case situations. Reviewing those case studies and the opinions rendered by the BER can enhance the understanding of the merits of the code.
Codes Of Engineering Ethics
Codes of Engineering ethics. The National Society for Professional Engineers isa particularly noteworthy and complete site covering engineering ethics.
http://cems.alfred.edu/courses/ces120/ethics/codes.html

Extractions: Engineering codes of ethics have proliferated over the past three decades. The heightened awareness of engineers to the impact of their projects on society arises from many sources: the environmental movement; public protests associated with the Interstate highway system and nuclear energy; some highly visible, heavily debated, engineering disasters such as Chernobyl and the Challenger; unintended consequences that arise from otherwise successful engineering triumphs and, the ever-increasing cost of engineering projects. A number of engineering societies have recently written or revised codes of ethics over the past few years. A few examples are given below. There are a large number of sites on the web that address issues of morality and ethics as applied to the professions-we are, of course, especially interested in sites that focus on engineering . Please help maintain the list below by supplying the address of sites that you locate and find useful and that are not currently listed. Ethics Updates is a site that focuses upon both applied and metaethics. It is edited by Lawrence M. Hinman. The
ENGINEERING ETHICS
Engineering ethics. Brigham Young University Civil and EnvironmentalEngineering. ENGINEERING ethics. Online Readings BYU s Ethical Charge,
http://class.et.byu.edu/relc492-017/Online reading.html

Extractions: Online Readings: BYU's Ethical Charge President Gordon B. Hinckley - "Stand Up for Truth" Jeffery Holland - "A School in Zion" "AIMS of a BYU Education" Classical Ethical Theories Joel Adair - Classical Ethical Theories Professional Ethical Behavior Ethics Standards of Professional Conduct for Civil Engineers Joshua B. Kardon - "The Structural Engineer's Standard of Care" ASCE Professionalism: Profile of the Society ASCE Professionalism: NSPE: Should all engineers be licensed? Principle Based Ethics Robert J Spitzer - " Principled Based Ethics" Whistleblowers - TIME Persons of the Year, 2002 Rushworth Kidder - "The Ethics of Right versus Right" Gospel Based Ethics (The following links take you to the Church Magazines site- you will need to search there with the title of the article) Elder David B. Haight - "Ethics and Honesty" Elder Russell M. Nelson - "Integrity of Heart" Alan V. Funk - "The Business of Honesty" William LeMessurier - "The 59-Story Crisis"
Ohio U. Inst. For Applied & Professional Ethics: Past Events
I will then develop ideas regarding the responsibility of engineers for ensuringthat new 2002 November 05 @ 1446 by Kathleen EvansRomaine (ethics@ohio.edu)
http://freud.citl.ohiou.edu/ethics/history2.php?year=2002&record=126&type=events
Learning From Failure: Engineering Disasters
3%, Engineering ethics Often, a deficiency in engineering ethics isfound to be one of the root causes of an engineering failure.
http://www.matscieng.sunysb.edu/disaster/

Extractions: The role of the engineer is to respond to a need by building or creating something along a certain set of guidelines (or specifications) which performs a given function. Just as importantly, that device, plan or creation should perform its function without fail. Everything, however, must eventually fail (in some way) to perform its given function with a sought after level of performance. Hence, the engineer must struggle to design in such a way as to avoid failure, and, more importantly, catastrophic failure which could result in loss of property, damage to the environment of the user of that technology, and possibly injury or loss of life. Through analysis and study of engineering disasters, modern engineering designers can learn what not to do and how to create designs with less of a chance of failure. What Makes a Failure Into an "Engineering Disaster"? Much of the reason why we consider an engineering failure to be an engineering "disaster" has to do with public perception of risk. For example, in 1992 roughly the same number of fatalities occurred (in the United States) in transportation accidents involving airplanes (775), trains (755), and bicycles (722). Yet the public perception of the risk associated with air travel is often much higher than that for trains and certainly for bicycles. This stems from two reasons: (1) the large loss of life (and associated wide spread news reporting) resulting from a single air crash, and (2) the air passenger's lack of control over their environment in the case of air or, to a lesser degree, rail accidents. Both of these reasons results in increased fear, and hence a higher degree of perceived risk.
Www.WebPE.net - Engineering Ethics
Calendar. Engineering ethics. ethics; Engineering ethics Texas A M University;ethics in Government; iCivilEngineer.com s Engineering ethics Page;
http://www.webpe.net/ethics.html

Extractions: Calendar American Association for Advancement of Science ASME International - Board on Professional Practice and Ethics Ethics in Government iCivilEngineer.com's Engineering Ethics Page ... Delft University of Technology Department of Philosophy (Some in English, some Dutch) NIEE - Murdough Center for Ethics in Engineering NSPE Ethics page National Society of Professional Engineers, Board of Ethical Review The Online Ethics Center for Engineering and Science
Engineering Ethics Transcription Exercise: Actor And Object Types
Introduction. This file contains the actor and object types used intranscribing the engineering ethics scenarios. To make it easier
http://www.pitt.edu/~bmclaren/ethics/reference/actors.html

Extractions: This file contains the actor and object types used in transcribing the engineering ethics scenarios. To make it easier to search this file, the actors/objects are categorized by general type. The categories are formatted like this ; the individual actors/objects are formatted like this . It is the individual actors/objects (i.e., those in this type style ) that are to be used in the transcriptions. Many of the actor and object types are followed by numbers in parentheses (e.g., " "). These numbers are cross-references example transcriptions that use that particular actor/object. For instance, the number " " following " Engineer " means that the transcription of Case 58-1 uses that actor/object. Use the cross-references as a way to examine specific usage of actors and objects. For cases in which the actor/object may have ambiguous usage, a brief note following the actor/object explains usage. (** Note: Use this actor type for engineers who are specified as "principals" of their firm.)

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