Interdisciplinarity in engineering education: An empirically grounded typology
Journal article, 2026
Purpose: Drawing on Weber's concept of the “ideal type,” which aims to capture salient theoretical features of social phenomena, this paper seeks to contribute to a theoretical understanding of how engineering teachers conceptualize the nature of interdisciplinary education.
Design/Method: Eighteen engineering teachers from three universities across three Nordic countries, all experienced in teaching interdisciplinary courses, participated in semi-structured interviews. The analysis proceeded in two stages. First, an empirical analysis, where the interview transcripts were subjected to thematic analysis. Second, a theoretical analysis developed an ideal-type conceptualization of interdisciplinary education and examined it through a socio-cultural lens.
Results: The analysis led to the development of a typology comprising of four ideal-type conceptualizations of interdisciplinary education. The typology, taking the form of a two-by-two matrix, advances theoretical understanding by discerning two modes of disciplinary interaction (epistemic and social) and two roles of integration (integrationist and generalist) in interdisciplinary education.
Conclusions: The typology weaves together our empirical findings with key theoretical strands and positions on interdisciplinarity identified in the scholarly literature into a cohesive framework that informs both the theory and practice of interdisciplinary education. The typology can be used as a “boundary object,” a conceptual tool that facilitates collaboration between teachers across disciplinary boundaries.
teacher conceptions
interdisciplinarity
typology
boundary object
interdisciplinary education
Author
M. T. O'Connell
Aalborg University
Tom Adawi
Chalmers, Communication and Learning in Science, Engineering Education Research
X. Feng
Aalto University
Delft University of Technology
Julia Sundman
Aalto University
Henrik Worm Routhe
Aalborg University
Patric Wallin
Norwegian University of Science and Technology (NTNU)
Christian Stöhr
Chalmers, Communication and Learning in Science, Engineering Education Research
Journal of Engineering Education
1069-4730 (ISSN) 2168-9830 (eISSN)
Vol. 115 4 e70091Research on Interdisciplinary PBL in the Nordic Region
Tracks, 2023-11-01 -- 2025-08-31.
Subject Categories (SSIF 2025)
Didactics
DOI
10.1002/jee.70091