Systems transdisciplinarity as a metadiscipline

By Vladimir Mokiy

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Vladimir Mokiy (biography)

In 1990, specialists from the Russian School of Transdisciplinarity began to develop the type of systems transdisciplinarity proposed by Erich Jantsch in 1972. He argued for the coordination of all disciplines and interdisciplines in the education and innovation system on the basis of a generalized axiomatic and an emerging epistemological pattern.

Since this approach has a philosophical rationale, conceptual and methodological basis, and appropriate technological methods, it can be considered as an independent metadiscipline – systems transdisciplinarity.

Transdisciplinarity as a meta-discipline has the following basic attributes:

  • a meta-theory; and,
  • a meta-narrative.

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Interdisciplinarity and synergy in collaborations

By Loet Leydesdorff

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Loet Leydesdorff (biography)

What is the difference between “interdisciplinarity” and “synergy?” Why does it matter? How can indicators of interdisciplinarity and synergy be conceptualized and defined mathematically? Can one measure interdisciplinarity and synergy?

Problem-solving often requires crossing boundaries, such as those between disciplines. However, interdisciplinarity is not an objective in itself, but a means for creating synergy. When policy-makers call for interdisciplinarity, they may mean synergy. Synergy means that the whole offers more possibilities than the sum of its parts. The measurement of synergy, however, requires a methodology very different from interdisciplinarity. In this blog post, I consider each of these measures in turn, the logic underpinning each of them, and I specify the definitions in mathematical terms.

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Integration: The IPO model

By Stephen Crowley and Graham Hubbs

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1. Stephen Crowley (biography)
2. Graham Hubbs (biography)

How can we improve our understanding of knowledge integration? What are the elements of integration?

Sometimes what gets integrated are products of science, such as data sets or scientific models. Sometimes it is not the products that are integrated but instead the methods, as can happen on interdisciplinary teams. On these teams, scientists work together, so sometimes it is the people themselves (scientists are people!) or their disciplinary cultures that get integrated.

These are only some of the possible elements of integration. There is just as wide a variety of processes and products of integration as there are elements. The process of integrating data sets might be a sort of analysis, and the result might be a table or graph that displays the results of research in a conspicuous manner. Integrating diverse scientists into an interdisciplinary team, by contrast, is a matter of people working together, and the result of the integration is not a table or a graph but the team itself.

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Six lessons from students about transdisciplinary learning

By Irina Dallo, Jan Freihardt and Juanita von Rothkirch

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1. Irina Dallo (biography)
2. Jan Freihardt (biography)
3. Juanita von Rothkirch (biography)

What is an effective way of providing students with practical experience in stakeholder engagement? How can students learn to communicate and engage with community members on a transdisciplinary project, as well as how to create a space for those community members to reflect on their daily lives through interactions and discussions with the student outsiders? What makes it possible for students to broaden their horizons and to acquire new competences and skills?

We present our reflections on how the Winter School 2020 “Science meets Practice” run by ETH Zürich successfully contributed to our transdisciplinary learning process. We suggest there are six key lessons for those who want to design a successful course.

Lesson 1: A diverse and motivated group

A key element in fostering the transdisciplinary learning process was the diversity of the participant cohort.

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