Ethical choice paralysis is a major barrier to the implementation of ethical design materials into the technology design process. Choice paralysis seems to result from tacit background assumptions propagated by humanistic modes of critical inquiry. I propose that one way of obviating choice paralysis at the professional level is to educate STEM students on how to select ethical design materials for a project. In order to advance that endeavor, I propose some obligations especially for humanistically trained STEM ethics educators. Specifically, (...) I propose that these include obligations to affirm that students can indeed select workable ethical design materials for their projects, to avoid using humanistic modes of critical ethical inquiry when instructing on how to make those selections, and to note that maximizing for ideally ethical results may not be a primary selection criterion. (shrink)

Arguably, STEM undergraduate education has narrowed student engagement with the social, ethical, and global. Our paper argues that disengagement is caused by a failure of moral imagination. We propose socio-technical analysis as the cornerstone to a more inclusive approach to STEM education. It promotes four activities: (1) zooming in on technologies by describing their structure, function, and embedded values; (2) zooming out to the surrounding socio-technical system which constrains and enables the technology’s functioning; (3) moving back-and-forth through Appropriate Technology to (...) assess the fit of the technology to its socio-technical surroundings; and (4) using the capability approach to finish the (re)engagement process. We then look at graduate and undergraduate student work that has successfully used our framework to combat disengagement and conclude by discussing materials we have used to assess student engagement. (shrink)

This study examines the outcomes of a four-year faculty learning community (FLC) that aimed to transform departmental ethics curriculum by supporting Earth Sciences faculty members as they ethically inquired into their teaching of ethics and refined existing courses in alignment with an Integrated Community-Engaged Learning and Ethical Reflection (ICELER) framework. We present ethnographic case studies that unpack processes through which three faculty members transformed undergraduate courses. We assembled case studies by triangulating interview data, course artifacts, and faculty reflections. We examine (...) how faculty (1) built awareness around teaching ethics, (2) took responsibility for and made judgments about teaching ethics, (3) experimented by designing and implementing ICELER-inspired courses, and (4) interrogated the outcomes of their ethics teaching, utilizing findings to enhance awareness and revise courses. The paper closes by introducing a model detailing how instructors inquire into ethics teaching and how model components might inspire future educational practice and research. (shrink)

Research on ethical formation in engineering has largely focused on assessing students’ abilities to recognize ethical issues and reason through ethical dilemmas. In this paper, we depict a conceptual framework for understanding how students develop into ethical engineers that involves dimensions beyond ethical awareness and judgment. In particular, we explore the role of ethical motivation in engineering students’ ethical formation. Ethical motivation is the process of deciding to act upon an ethical decision based on one’s valuing of ethics, as well (...) as one’s ability to prioritize moral concerns and professional values over personal interests. To prepare students to prioritize ethical and professional obligations, ethical training needs to help students become aware of and prepared to act upon both personal and professional values. This paper demonstrates how ethical motivation can be operationalized and assessed in engineering ethics curriculum by sharing findings from assessments implemented during an interdisciplinary engineering ethics course across two semesters. Findings from this study will provide insights into how students internalize professional values into their views of engineers’ roles and ultimately into their future practice as engineers. The approach used in this study can guide instructors interested in assessing ethical motivation and related constructs in their curriculums. (shrink)

Ethics education and societal understandings are critical to an education in engineering. However, researchers have found that students do not always see ethics as a part of engineering. In this paper, we present a sociotechnical approach to teaching ethics around the topic of surveillance technology in an interdisciplinary, co-designed and co-taught course. We describe and reflect on our curricular and pedagogical approach that uplifts cross-disciplinary dialogue, social theoretical frameworks to guide ethical thinking, and highlighting collective action and resistance in our (...) course content and praxis to inspire students. Through a reflexive thematic analysis of student reflection writing, we examine the ways students relate society and technology, generate ethical skills and questions, and are motivated to act. We find that, in fact, this approach resonates with student experience and desire for discipline-specific ethical analysis, and is highly motivating. (shrink)

This paper explores the often-overlooked role of teaching assistants (TAs) in engineering ethics courses, and a particular challenge that TAs face in these roles. TAs not only undertake tasks like instructors, which include teaching, guiding, and evaluating courses, but they also assume the roles of “intermediaries between instructors and students” and “learners becoming teachers.” These distinct roles present TAs with unique challenges, one of which we call the neutrality problem. This problem pertains to whether TAs can and should maintain a (...) neutral stance in the classroom, particularly when students articulate ideas that deviate from the values promoted in the course or held by the TAs. Using a real-life teaching experience as illustrative, we claim that it is challenging and, at times, undesirable for TAs to achieve pedagogical neutrality, primarily due to their pre-existing understanding of ethics and the actual situation of the students. Nevertheless, we posit that TAs should strive to foster an environment where students are encouraged to improve their ethical awareness. Through the underrepresented lens of TAs, we aim to initiate a multi-faceted dialogue on the teaching philosophy and goal of engineering ethics. (shrink)

This article advances the thesis that our values and beliefs about engineering critically impact the teaching of engineering ethics, and our representations and assumptions about engineering are, accordingly, ethical questions we must consider. To illustrate how in broader sociohistorical contexts, different understandings of engineering have shaped expectations of ethics, we provide a historical and contemporary review of the literature. Examining the significance of our thesis for teaching practice, we discuss three case studies of our teaching and critically reflect on how (...) our representation of engineering limited the breadth and depth of ethics. Considering that instruction seemingly unrelated to ethics, in fact, influences how engineering ethics is understood and taught, our conclusion calls for critical examination of our beliefs about engineering. This entails, among others, up-to-date knowledge about the changing values of our rapidly-developing engineering fields and how they raise social, ethical questions of engineering relevant specifically to our teaching situation. (shrink)

In this paper, we argue that engineering ethics education does have moral implications. More specifically, practices in engineering ethics education can lead to negative moral consequences if not conducted appropriately. Engineering ethics educators are often passionate about teaching students ways to examine the ethical implications of engineering and technology. However, ethics educators may overlook the moral significance of their instructional classroom practices. In this paper, we discuss two issues: First, we discuss the moral impacts of ethics curriculum and pedagogies on (...) students’ learning experiences. Then we discuss the professional responsibilities of educators who are involved in designing ethics learning experiences for engineering students. The reflections presented in this paper will serve as catalysts for more comprehensive discussions regarding the impact of engineering ethics education on the ethical development of engineering students. (shrink)