Interdisciplinary research is becoming a standard part of engineering work, as universities and funding agencies increasingly prioritize projects that cross traditional disciplinary boundaries. According to the Times Higher Education Interdisciplinary Science Rankings (ISR) 2026 report, university participation in such research rose by 22%, with officials noting that interdisciplinarity has “firmly established” itself as a strategic priority for institutions worldwide. This shift is supported by major grant providers, such as the United States National Science Foundation, which explicitly states it gives “high priority to research that is interdisciplinary – transcending the scope of a single discipline or program.”
How computing connects diverse fields
Computing serves as a central link in this environment, connecting a wide range of specialties through digital tools and methods. Researchers use these technologies in various ways, from applying quantum computing in astrophysics to using computer vision for medical imaging in cancer detection. The growing reliance on computing methods creates demand for computer scientists and engineers, increasing the need for partnerships between academic, government, and non-profit sectors.
Because these fields intersect so frequently, sharing information is necessary to keep progress moving forward. The IEEE Computer Society Digital Library (CSDL) provides access to a large body of work that spans multiple disciplines. An analysis of the CSDL content revealed strong ties between computer science and schools in business, electronic engineering, data science, accounting, economics, and health sciences. This broad accessibility makes the library a practical tool for researchers working across different areas of study.
Strategies for finding partners
Building successful collaborations in this environment requires more than a referral or a chance meeting at a conference. Researchers need a working knowledge of related research in ancillary fields and a clear vision for roles and responsibilities. To advance interdisciplinary work, computer scientists and engineers should focus on three key areas: exploring new possibilities through subject review, evaluating potential partners by reviewing top-ranked research, and growing output by establishing new collaborations in distinct areas.
One way to start is by using the CSDL to conduct a subject review. When a new idea emerges, researchers must verify it against existing literature to ensure it has a foundation. The library helps investigators focus their search by pulling the latest papers or discovering research-in-progress from conference proceedings in a specific field. This step is essential for confirming that a project will advance the current state of knowledge rather than duplicating work that has already been done.
Using impact metrics to identify collaborators
Collaboration extends beyond the project itself to the expertise of the individuals involved. The CSDL offers access to the most heavily cited and impactful papers because IEEE Computer Society journals lead Journal Impact Factor™ (JIF™) rankings and Eigenfactor® Scores in their respective areas. Researchers should use these tools to investigate the work of particular authors and focus on their most cited research in the relevant area.
This approach helps uncover potential collaborators by revealing which individuals are producing the most influential work. By identifying these key players, researchers can see where their own expertise aligns with the work of others. The library also helps identify strategic areas of cross-disciplinary opportunity, allowing teams to find where computing is having the most impact and where grant funding may be available.
Expert perspective on interdisciplinary tools
“The CSDL is an essential resource in many ways, providing access to a large amount of scientific literature,” said Hernán Astudillo, a professor at the Informatics, Health and Wellness Technology Institute at Andres Bello University in Chile. “I do a lot of interdisciplinary work, in heritage computing and health informatics, with my core interest in software engineering. Other people in faculty, for example in informatics and electronics, use the CSDL too as it’s in scope.”
