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Cursus: 201800149
Anticipation and evaluation of emerging technologies
Cursus informatie
Studiepunten (ECTS)5
Contactpersoondr. K.E. Konrad
dr. K.E. Konrad
Contactpersoon van de cursus
dr. K.E. Konrad
dr. Y. Saghai
Inschrijven via OSIRISJa
This course connects to the final qualification K2, K3, K4, K6, S1, S3-S10 of the PSTS programme, according to the following learning objectives
At the end of the course the student is able to
  • to plan, coordinate and conduct a cooperative research project (contributing to S1, S2, S3, S5 of the PSTS final qualifications)
  • analyze the social dynamics of expectations and actual patterns of moral argumentation concerning new and emerging science and technologies in society (contributing to S4 and S7 of the PSTS final qualifications)
  • apply, critically compare and evaluate different methods to improve the quality of anticipation and ethical and societal evaluation of new and emerging science and technologies (contributing to S6, S7 and S9 of the PSTS final qualifications)
  • to articulate and defend one's own position with regard to methods for anticipation and ethical and societal evaluation of new and emerging science and technologies (contributing to S4 and S6 of the PSTS final qualifications)
  • communicate research and proposals to colleagues, as well as professionals in relevant domains (contributing to S8 and S10 of the PSTS final qualifications)
  • to reflect on the conceptual, sociocultural and normative assumptions guiding current practices and proposals to anticipate and evaluate new and emerging science and technologies from an ethical and social perspective (contributing to S6 of the PSTS final qualifications)
Promises and expectations concerning new and emerging science and technologies (NEST) abound in contemporary societies. How should we anticipate and evaluate these new and emerging sciences and technologies and the impacts they may have on society? In this course we start by identifying the specific challenges emerging technologies pose to their ethical and societal evaluation. Since NEST are not fully developed yet, the object of evaluation is rather elusive and replete with uncertainties. Taking a pragmatist approach to the ethical and societal evaluation of NEST, the course subsequently first investigates the informal, (‘de facto’) processes of anticipation and evaluation of NEST taking place in society, analysing their character, strengths, and weaknesses. We then ask how more systematic (‘dedicated’) methods to anticipate and/or evaluate NEST (developed in philosophical ethics, STS and the field of Technology Assessment) could contribute to the quality of societal anticipation and evaluation of NEST. To what extent can such methods help to make innovation processes more reflective of societal and moral values and responsible (as recent calls for ‘Responsible Research & Innovation’ seem to suggest)? What do these methods assume about what ‘good anticipation and evaluation’ of NEST entails, and how valid are these assumptions? What is the role and added value of ethical ‘expertise’? How do and should national TA agencies take into account global justice, political values (e.g., technology sovereignty), and multiple ethical frameworks? The course ends with two sessions dedicated to topical subjects (capita selecta) in the philosophical, ethical, and social science literature on anticipation and evaluation of NEST, which may vary from year to year.
The aim of the course is not only to show how future-oriented STS and philosophical ethics can productively complement one another, but also to allow students to have a hand-on experience with the work of ‘Technology Assessment’ institutions  that advice governments or parliaments on emerging technologies, such as the Rathenau Institute in the Netherlands or the Office of Technology Assessment at the German Parliament (TAB). This is why a core component of the course is a group project that asks students to develop a proposal for how to anticipate and evaluate a specific emerging technology of their choice. To this end, they have to select a relevant example of NEST; identify, analyse and assess the plausibility of the promises and expectations surrounding it; map, analyse and evaluate the quality of existing ethical and societal debates, and ultimately argue which dedicated methods could improve the societal and ethical anticipation and evaluation of this specific technology. In this way students practice research, analytic, evaluative, collaborative, and communicative skills that are key to any researcher, working in academic or other settings, and learn to organize and conduct a comparatively large project, thereby preparing them for writing a master thesis.
Teaching methods:
Seminars. Attendance is obligatory

  1. Group project – 50% of course grade: The group project results in a group presentation in week 8 and a group report in week 10. The presentations will be assessed in a formative manner only, with criteria also used for the report. The group report will be assessed with one group grade, with giving students the option to redistribute the grade on the basis of a peer assessment of individual contributions.
  2. Individual assignment (research paper) – 50% of course grade: Students will write an end-of-quartile research paper (around 3000 words, abstract and references excluded) deepening a topic discussed during the quartile. Students enrolled in the 4TU Ethics and Technology track will focus on an ethical issue under the guidance of Dr. Saghai.

Each component of the final grade has to be graded sufficient or more (i.e. 5.5 or more).

40 EC from the PSTS year #1 courses completed,

• 191612540 Ethics and technology 1
• 202000252 TechnoLab
• 191612580 Ethics and technology 2
Recommended: Society, politics, and technology (191612560), Science and technology studies (201200064)
Participating study
Master Philosophy of Science, Technology and Soc.
Verplicht materiaal
Study materials will be academic articles to be provided on Canvas
Aanbevolen materiaal


Group project and assignment

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