This article investigates the biopolitical dimensions that have grown out of the union between biocapitalism and current science education reform in the US. Drawing on science and technology study theorists, I utilize the analytics of promissory valuation and salvationary discourses to understand how scientific literacy in the neo‐Sputnik era has deeply involved educational life in biocapitalist circuits of exchange and production. I lay out this emerging terrain of ‘futuricity’ through a biopolitical analysis of the National Academies highly influential policy (...) recommendation on science education, Rising Above the Gathering Storm as well as the Association of American Universities' National Defense Education and Innovation Initiative. Here it is argued that the educational subject usually seen as a site of human capital investment can better be understood as a ‘biovalue’ in at least two senses: the educational subject's body as a site of investment and as an extractable source of value directly related to the larger globally competitive regime of the rapidly growing bioeconomy. I conclude my analysis of the vital politics at play in the biocapitalist articulation of science education with an alternative model of scientific literacy that is based in what I call biodemocratic practices. I explore such a rereading of scientific literacy through the example of the GrowHaus—a sustainable urban farm situated in a marginalized community in a major US city. The GrowHaus offers a model of scientific literacy that rejects extractive ethics associated with biocapitalist production and instead promotes a sustainable and socially just practice of science. (shrink)

We are in the midst of one of the most dramatic technological revolutions in history that is changing everything from the ways that we work, to the ways that we communicate with each other, to how we spend our leisure time. The technological revolution centers on information technology, is often interpreted as the beginnings of a knowledge society, and therefore ascribes education a central role in every aspect of life. This Great Transformation poses tremendous challenges to education to (...) rethink its basic tenets, to deploy the new technologies in creative and productive ways, and to restructure schooling in the light of the metamorphosis we are now undergoing. (shrink)

Technologies can range from the simplest of shelters to keep us warm and dry, to the most complex bioengineering interventions. In this technologically mediated world we now inhabit, there is a growing need for human beings, and particularly young people, to be more critically involved in the discourse surrounding technology. In order to achieve a truly democratic world, any tensions or confusions between human beings, their environment, and their technologies must be resolved. Only then will people become empowered to improve (...) their world in a creative, sensitive, informed and above all, sustainable fashion. This collection offers a solid basis for defining this new technological literacy by bringing together theoretical work that ranges from philosophy, design, and pedagogy. (shrink)

Proposals for the democratization of technology imply a necessary condition of universal emancipatory technological literacy. However, in the literature on the topic, people’s willingness to assume the cost in time and effort involved in acquiring that knowledge is often taken for granted. In this paper, we apply Anthony Downs’s economic theory of political action in democracy to analyze the cost-benefit ratio of this literacy from the perspective of the individual subject who should acquire it. Our conclusion is (...) that the cost does not rationally justify in an instrumental sense a benefit that, being mainly of an indivisible nature, motivates individuals to avoid their share of the cost to produce it. (shrink)

As one of the Sloan Foundation's original New Liberal Arts grantees, Williams College has developed a variety of approaches to improve quantitative reasoning and technological literacy, including creating interdisciplinary courses, computer and mathematical workshops, and an STS program. Further development, however, depends critically on what technological literacy may mean in a liberal arts context. Attempts to promote technological literacy, whether in liberal arts settings or not, are likely to founder unless they take account of (...) the complexity and context dependent nature of technological literacy, as well as its history, and its relationship to scientific literacy. (shrink)

Students today are habitual users of digital technology. However, they do not examine the nature of their relationship with technology. Even though we are all enduring severe environmental crises including the COVID-19 pandemic, our students do not appear to see the interrelated connections between the environmental crisis and themselves. A case in point is that they have difficulty drawing a connection between environmental crises and their participation in industrial civilization. This is why it is necessary to consider technological (...) class='Hi'>literacy seriously for our environmental education. This study seeks to investigate an alternative way to set up the relation of technology for the current environmental education by comparing the views of Heidegger and Latour on technology. Even though the question of the two thinkers starts from the same critics of the instrumentality of technology, their strategies to overcome it are quite different. While Heidegger suggests a human-centered relationship between humans and technology, Latour criticizes the limitation of this approach and maintains that more symmetrical relations with technology are needed as a form of a network between human and nonhuman actors. In this paper, I argue for the urgency of cultivating a sense of connection for our students’ technological literacy in this environmental crisis. For that purpose, I insist Latour’s advice for teachers and researchers to be considered more seriously to encourage students to take symmetrical relationship with technology in these aggravating environmental crises. (shrink)

An invitational workshop held in 1991 focussed on technological literacy for liberal arts majors -- current programs and resources, and planning for future developments. The workshop concentrated on several interrelated topics: curriculum development, courseware available, attraction of students, faculty issues/logistics, courseware needed, consortium approach, funding directions, and stimulation of programs. It was concluded that a sufficient base of previous development and materials exist upon which to build expanded future programs. It was futher concluded that more technological (...) class='Hi'>literacy efforts are needed, and that engineering and liberal arts faculty must work together for their successful development. (shrink)

This paper explores the role of ethics in design. Traditionally, ethical questions have been seen as marginal issues in the design of technology. Part of the reason for this stems from the widely held notion of technology being “out of control.” This notion is a barrier to what I call “ethical design” because it implies that ethics has no role to play in the development of technology. This view, however, is challenged by recent work in the field of Science and (...) Technology Studies (STS). Looking into the dynamics of technological change, STS scholars argue that human choices are present at every stage of a technology’s development and, furthermore, that human values are reflected in the very design of artifacts. This alternative view suggests that ethics can and should be included in the design process. Drawing on examples from the privacy arena. I point to some of the potential advantages of addressing ethical concerns early on in the design of a technology. I conclude with some general strategies for bringing ethics back into design. (shrink)

Technological literacy means far more than just the ability to use computers and other machines. It implies an understanding of the factors involved in the creation and development of technologies and of the impacts of technology on society, on individuals, and on the environment. Ignorance of any of these facets can have serious consequences in a future in which technology will play an ever more determinant role. Unfortunately, the importance as well as the intrinsically interdisciplinary nature of (...) class='Hi'>technological literacy have not yet been perceived by the educational system and used to enrich the content of school curricula and of traditional liberal arts college curricula. The diffusion of technological literacy is an urgent priority in helping shape our culture, in providing a sense of optimism about our future, and in enabling us to avoid the disasters that the neglect of technology has wreaked historically on other societies. (shrink)

This book gives insight into the ongoing work of the forum on Philosophy, Engineering and Technology (fPET), which brings together philosophers and engineers from all over the world to discuss philosophical issues of engineering across disciplinary boundaries. Drawing on presentations and conversations at the fPET 2020 online conference hosted by the Universidad Técnica Federico Santa María in Chile, the chapters establish connections and describe discoveries that have so far been neglected in the discussions held within the young discipline of philosophy (...) of engineering. This volume appeals to students and researchers in the field, through twenty-four proposals brought forward by leading scholars and emerging voices. Pertinent themes covered are: the broader engagement of engineers in problem-solving beyond the scope of their own profession the exploration of new goals for technology development and the implementation of strategies to reach these goals the need for philosophical content and unique pedagogical approaches to engineering education, digital transformations, artificial intelligence and the ethics of online collaboration in social media critical revisions of fundamental terminology and theoretical modelling of key concepts in engineering design, ethics, innovation and the anthropology of technology. (shrink)