OEC - General Ethics Instruction Guides: Engineering & Science

Engineering

Background Concepts for Teaching Engineering Ethics
A very short guide by the Online Ethics Center giving some advice and resources for beginning to introduce students to engineering Ethics.

Davis, Michael. Thinking Like an Engineer: The Role a Code of Ethics Plays in the Practice of a Profession
This article, by CSEP Senior Fellow Michael Davis, is an extremely good description of the role ethics plays in engineering practice.

Johnson, Deborah. “The Social/Professional Responsibility of Engineers” Annuals of the New York Academy of Science 577 (1988) pp.106-114.
Johnson discusses the social role of engineers, and argues for a framework to help individuals think about some of the larger decisions associated with scientific research. The author discusses three different principles put forth by engineering ethics literature, and argues that engineers are not amoral guns for hire, nor should ethical decision-making be guided solely by one’s personal conscience. Rather, these are issues of professional judgment and professional commitment at stake.

Lynch, William T. and Ronald Kline. “Engineering Ethics and Engineering Practice.” Science, Technology, and Human Values. 25 (2000) pp. 195-225.
Looking to the Challenger Shuttle Explosion, the authors of this article explore how engineers can learn to identify features in their everyday practice that shape the daily decisions they make with ethical implications, and suggest some potential techniques for covering ethics topics in a classroom setting.

Science

Comstock, Gary. 2012. Research Ethics: A Philosophical Guide to the Responsible Conduct of Research. Cambridge: Cambridge University Press.
This volume takes a novel, philosophical approach to responsible conduct of research and the teaching of moral decision-making by engaging the reader's moral imagination, rather than requiring them to learn solely about rules, regulations and policies.

On Being a Scientist: Responsible Conduct of Research, 2009.
On Being a Scientist provides guidance to students and researchers and describes the ethical foundations and standards of scientific practices and some of the personal and professional issues that researchers encounter in their work. This is an extremely good introduction in beginning to plan what should be covered in any ethics education program.

Office of Research Integrity Introduction to RCR by Nick Steneck
This booklet introduces the nine core instructional areas in responsible conduct of research in a way that follows the entire lifecycle of the research process, from planning, to conducting, reporting and finally reviewing research. Written to be of use to students and instructors alike, it includes featured case studies, discussion questions, and links to other electronic and printed researches for each core area.

Pimple, Kenneth. “Six Domains of Research Ethics: A Heuristic Framework for the Responsible Conduct of Research” Science and Engineering Ethics. 8 (2002) pp. 191-205.
This short article provides a simple yet comprehensive scheme for responsible conduct of research. The author offers a conceptual framework for looking at teaching research ethics that first asks three questions asks questions about the ethics of any research project or product, “Is it true?”, “Is it fair?”, and “Is it wise?” He then takes these questions and divides them into six domains that provide a logical, intuitive and less simplified way of organizing responsible conduct of research in a way that covers the Core Institutional Areas outlined by the U.S. Public Health Services Policy on RCR education. This organization also helps highlight areas not covered by the Core Institutional Areas, such as issues of social responsibility and research and clarify often confusing areas.

Zigmond, Michael J. and Beth A. Fischer. “Beyond Fabrication and Plagiarism: The Little Murders of Everyday Science” Science and Engineering Ethics 8 (2002) 229-234.
In a commentary to Pimple’s “Six Domains of Research Ethics,” the authors discuss the importance that research ethics education focus not only on actual misconduct in science, but also to the smaller misdemeanors or “little murders” that occur daily in science.

Fukushima Daiichi Nuclear Disaster Bibliography

Added09/01/2015

Updated09/03/2015

A bibliography looking at the engineering ethics and policy issues related to the Fukushima Daiichi nuclear disaster.

Year

2014

Share with EEL	Yes
Rights	For more information on permissions to use this material please see: http://onlineethics.org/permissions.aspx
Year	2010
Publisher provided Keywords	ENGINEERING Pedagogical Materials
Publisher	National Academy of Engineering, Online Ethics Center
Language	English

Engineering

Science

See also Instructor Materials and Educational Activity Descriptions on the OEC.