Study Maps Four Views on Interdisciplinary Engineering Education
Interviews with 18 teachers at three Nordic universities reveal how engineering and natural sciences tend to dominate collaborative courses.
Updated on Nov. 9, 2026 in Education — General
Researchers interviewed 18 teachers at Chalmers University of Technology, Aalto University, and Aalborg University about interdisciplinary engineering education. The findings were published in the Journal of Engineering Education and outline a four-dimension model for understanding how such courses are structured.
Why it matters
Interdisciplinary courses are widely promoted in engineering programs, but the study suggests humanities and social sciences often take a secondary role in these collaborations. Understanding these dynamics can help educators design courses where all disciplines contribute more equally.
The study drew on interviews with 18 teachers at three Nordic universities and previous research to build its model. The extraction does not specify how the four perspectives were weighted or whether the model has been validated in other settings.
The players
Chalmers University of Technology
A public research university in Gothenburg, Sweden, known for its engineering and science programs.
Aalto University
A research university in Espoo, Finland, formed in 2010 by merging three established institutions.
Aalborg University
A public research university in Denmark with campuses in Aalborg and Copenhagen, known for problem-based learning.
Journal of Engineering Education
A peer-reviewed academic journal published by the American Society for Engineering Education.
The details
The four perspectives in the model are not mutually exclusive and can overlap within the same course. Engineering and natural sciences tend to dominate interdisciplinary collaborations, while humanities and social sciences are often assigned a more supportive role.
Timeline
Phys.org published an article on the study on November 9, 2026.
Culture Shift
Nordic universities such as Aalborg have long built curricula around problem-based learning, which makes cross-disciplinary teamwork a structural feature rather than an add-on. This study examines whether that collaborative model extends evenly across all academic disciplines.
Students enrolled in interdisciplinary engineering programs may find that humanities and social science perspectives receive less weight in group projects. Those choosing courses can look for programs that explicitly describe how each discipline contributes to shared assignments.
The takeaway
Interdisciplinary education works best when every discipline has a defined role rather than a supporting one. Students and educators alike can ask how each perspective is being integrated in a given course.
Further reading
For more on how course design shapes learning outcomes, explore Education — General.
Source note: This article includes information reported by Phys.
