This article argues that the digital humanities can be seen as a humanities project in a time of significant change in the academy. The background is a number of scholarly, educational and technical challenges, the multiple epistemic traditions linked to the digital humanities, the potential reach of the field across and outside the humanities, and the ‘digital’ as a boundary object. In the article, four case studies are used to exemplify the digital humanities as a humanities project, and it is (...) suggested that the field can be seen as a trading zone and meeting place rather than a strained ‘big tent’. In this way, the digital humanities can accept scholarly and technological challenges in relation to the digital as well as being an important place for thinking about, experimenting with and rethinking the humanities. (shrink)

The present text attempts to introduce readers to the fundamental philosophical and pedagogical values promoted by Matthew Lipman, the author who laid the basis for the philosophy for children movement. It analyzes several theoretical and applied texts written by Lipman, in an attempt to explain Lipman’s goals, his views on education, and the way in which his „community of inquiry” manages to transform the classroom into a space of freedom, creativity and thinking.

(1995). Positivist discourse and social scientific communities: Towards an epistemological sociology of science. Social Epistemology: Vol. 9, Knowledge (EX) Change, pp. 233-255.

Abstract This paper explores the role of symbolic languages within and between positivist disciplines. Symbolic languages, of which mathematics is the most important example, consist of tautologically true statements, such as 2 + 2 = 4. These must be operationalized before being useful for positivist research agendas (i.e. two apples and two oranges make four fruit). Disciplines may borrow either the symbolic languages of another discipline or the symbolic language and the accompanying operationalizations. The choice has important theoretical effects, and (...) affects the kind of interdisciplinary community created. The game theory community is an example of a community based on the interdisciplinary exchange of symbolic language only, while the ? political economy? community exchanges both symbolic languages and operationalizations. (shrink)

This editorial introduction reviews the notions of disciplinarity and interdisciplinarity and their implications for an understanding of educational studies. It examines differences between multidisciplinarity and interdisciplinarity, also raising issues about boundary work around and across the disciplines. It discusses the question of whether education is a discipline, together with the role of the so-called ‘foundation disciplines’ of psychology, sociology, history and philosophy in underpinning educational studies.

This editorial introduction reviews the notions of disciplinarity and interdisciplinarity and their implications for an understanding of educational studies. It examines differences between multidisciplinarity and interdisciplinarity, also raising issues about boundary work around and across the disciplines. It discusses the question of whether education is a discipline, together with the role of the so-called 'foundation disciplines' of psychology, sociology, history and philosophy in underpinning educational studies.

To design effective and socially sensitive systems, engineers must be able to integrate a technology-based approach to engineering problems with concerns for social impact and the context of use. The conventional approach to engineering education is largely technology-based, and even when additional courses with a social orientation are added, engineering graduates are often not well prepared to design user- and context-sensitive systems. Using data from interviews with three engineering students who had significant exposure to a socially-oriented perspective on production systems (...) design, this paper argues that engineering students may have difficulty integrating in their own practice the technology-based and the socially-oriented perspectives on production. To enhance engineering students' ability to create systems that integrate both perspectives, and to relieve the intense cognitive and emotional pain that can be experienced by students exposed to both perspectives but unable to reconcile them, this paper reinforces the importance of teaching students the meta skill, design. A design perspective can help students integrate varied, sometimes conflicting, perspectives, and reach beyond customer-defined constraints to consider workplace and social impact. (shrink)