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Critical Incidents in Ways of Experiencing Ethical Engineering Practice Cover

Critical Incidents in Ways of Experiencing Ethical Engineering Practice

Open Access
|Mar 2023

Figures & Tables

Table 1

Participant demographic information.

PARTICIPANT DEMOGRAPHIC INFORMATIONN (%)
Gender (participants self-identified in response to the question, “What is your gender?”)
    Male30 (69.8)
    Female13 (30.2)
Race/Ethnicity (participants self-identified in response to the question, “What is your race/ethnicity?”)
    White or Caucasian31 (72.1)
    Asian5 (11.6)
    African American or Black3 (7.0)
    Prefer not to specify2 (4.7)
    Other2 (4.7)
Industry/Field
    Medical devices15 (34.9)
    Orthopedics14 (32.6)
    Pharmaceuticals14 (32.6)
Years of Engineering Experience, Overall
    0–9 years20 (46.5)
    10–19 years7 (16.3)
    20–29 years10 (23.3)
    30–39 years4 (9.3)
    40+ years2 (4.7)
Years of Engineering Experience, Current Field
    0–9 years25 (58.1)
    10–19 years9 (20.9)
    20–29 years6 (14.0)
    30–39 years3 (7.0)
    40+ years0 (0.0)
Job Role
    Product development20 (46.5)
    Manufacturing12 (27.9)
    Research10 (23.3)
    Quality assurance6 (14.0)
    Regulatory4 (9.3)
    Other (e.g., distribution, capital projects)6 (14.0)
Highest Academic Degree
    Some college2 (4.7)
    Bachelor’s degree15 (34.9)
    Master’s degree18 (41.9)
    Doctoral degree8 (18.6)
Academic Major
    Biomedical engineering15 (34.9)
    Mechanical engineering12 (27.9)
    Chemical engineering6 (14.0)
    Electrical engineering5 (11.6)
    Other5 (11.6)
Table 2

Critical Incident Categories and Types.

CATEGORYDESCRIPTIONINCIDENT TYPESINCIDENT TYPE DESCRIPTIONS
1. Cultural ImmersionsLearning from working in and observing multiple facets of a cultureWorkplace culturesExperiencing the continuous and interconnected reinforcement of organizational culture throughout one’s company
Role immersionsTaking on a specific organizational role and engaging with specific ethical situations, activities, or responsibilities
Cumulative experiencesEncountering ethics in the workplace in numerous ways and over significant periods of time
Cultural comparisonsComparing aspects across multiple organizational cultures, such as norms, practices, or values
2. Interpersonal EncountersLearning from interactions and relationships with othersQuestionable behavioral observationsObserving behaviors of colleagues or superiors which are ethically questionable
Difficult collaborationsEngaging with distinct perspectives and navigating disagreements
Distinct perspective observationsObserving distinct ways of thinking about ethics and juxtaposing with one’s own way of thinking
Non-belonging encountersEngaging with others who act in ways that make one feel like they do not belong
3. Ethical ActionsLearning from acting in ways that represent ethical behaviorSteadfast actionsStaying the course of an action which one perceives to be ethical
Uncertain actionsWorking through uncertain and (often) novel ethical challenges
Inconvenient actionsOvercoming internal turmoil and acting in a way that one perceives as ethical
Critical questionsAsking critical questions about ethics in engineering practice
4. Ethical FailuresLearning from actions that led to non-ideal ethical outcomesPersonal failuresExperiencing an inability to act in a way that one perceives as ethical
Technical failuresExperiencing technology functioning in unanticipated ways
5. Mentorship EventsLearning from mentoring or provisions of guidanceReceiving mentorshipReceiving mentorship to support one in working through ethical challenges
Providing mentorshipProviding mentorship to encourage others’ ethical practice
Managing employeesMaking managerial judgment calls pertaining to human resources
Figure 1

The Frequency of Incidents within Category and Incident Type by Participant. Note 1: Darker cells represent more incidents grouped to the category or type. Note 2: Participants are grouped by industry sub-strector. These findings reveal similar incidents across sub-sector.

DOI: https://doi.org/10.21061/see.80 | Journal eISSN: 2690-5450
Language: English
Page range: 1 - 30
Submitted on: Jul 26, 2021
Accepted on: Oct 19, 2022
Published on: Mar 9, 2023
Published by: Virginia Tech Publishing
In partnership with: Paradigm Publishing Services

© 2023 Justin L. Hess, Dayoung Kim, Nicholas D. Fila, published by Virginia Tech Publishing
This work is licensed under the Creative Commons Attribution 4.0 License.