The Importance of Interdisciplinarity in Research | Orvium

Interdisciplinarity refers to integrating and collaborating knowledge, methods, and perspectives from two or more distinct academic disciplines to address complex problems or questions that cannot be adequately understood or addressed by a single discipline alone. This approach encourages researchers to move beyond the boundaries of their fields and engage in interdisciplinary research projects that require them to draw upon various theories, methods, and expertise.

The goal of interdisciplinary research is to create a more holistic understanding of complex phenomena and to generate innovative solutions to real-world problems.

This article will cover the benefits and challenges of interdisciplinarity in research, along with some examples.

Benefits of Interdisciplinarity in Research

As previously mentioned, multidisciplinarity encourages researchers to expand their knowledge beyond their field, which leads to a series of positive outcomes, such as:

1.  Improved problem-solving

Interdisciplinary research brings together diverse perspectives and knowledge from different fields, which can lead to more creative and effective problem-solving strategies.

2.  Improved research outcomes

By combining different approaches, interdisciplinary research can lead to more comprehensive and innovative research outcomes, as researchers can draw on a broader range of theories, methods, and data.

3.  Improved understanding of complex phenomena

A single discipline cannot adequately understand or address many real-world problems. Interdisciplinary research allows researchers to approach these problems from multiple angles, which can lead to a more comprehensive understanding of complex phenomena.

4.  Improved collaboration

Interdisciplinary research encourages collaboration between researchers from different disciplines, which can help break down disciplinary barriers and facilitate sharing of knowledge and ideas.

Challenges of Interdisciplinarity in Research

Although multidisciplinary research has a significant positive impact on the scientific community and the public, implementing it is not easy. Here are the most frequent challenges researchers face:

1. Overcoming disciplinary boundaries and jargon

Researchers from different disciplines often have specialized language, theories, and methods. It can be challenging to overcome these disciplinary boundaries and jargon and to find common ground for collaboration.

2. Communication issues

Communication can be challenging in interdisciplinary research, as researchers may have different ways of communicating and different levels of familiarity with each other’s disciplines. Misunderstandings can occur if researchers are not able to communicate with each other effectively.

3.  Balancing between disciplinary expertise and general knowledge

In interdisciplinary research, researchers must have a general understanding of each other’s disciplines to collaborate effectively. However, balancing this general knowledge with disciplinary expertise can be challenging, which is necessary for conducting rigorous research.

4.  Funding and institutional support

Interdisciplinary research often requires funding from multiple sources, and institutions may not have the necessary infrastructure or help to facilitate interdisciplinary research projects.

However, despite these challenges, interdisciplinary research is becoming increasingly important in addressing complex problems and advancing knowledge. Overcoming these challenges requires researchers to be open-minded, flexible, and willing to learn from each other. Effective communication and collaboration are also critical for successful interdisciplinary research projects.

Examples of Interdisciplinary Research

Interdisciplinary research can be found across a wide range of fields. Here are just a few examples:

Climate change research

Climate change is a complex problem that requires integrating knowledge and methods from multiple disciplines, including atmospheric science, ecology, economics, and social sciences. Interdisciplinary research in this area has led to a better understanding of the impacts of climate change and the development of strategies to mitigate its effects.

Medical research

Medical research often involves integrating knowledge and methods from multiple disciplines, including biology, chemistry, and physics. Interdisciplinary research in this area has led to new treatments and therapies for diseases and a better understanding of the underlying mechanisms of disease.

Digital humanities

Digital humanities (DH) is an interdisciplinary field that combines traditional humanities research with digital technologies. Multidisciplinary research in this area has led to new methods for analyzing and interpreting cultural artifacts and insights into how technology transforms the humanities.

Social sciences

Many social problems are complex and require interdisciplinary research to understand and address issues. Multidisciplinary research in this area has led to a better understanding of the root causes of social issues and the development strategies for addressing them. For example, research on poverty and inequality may draw on insights from economics, sociology, psychology, and other fields.

Fostering Interdisciplinary Research

A few ways to foster interdisciplinary research include: providing funding and resources, encouraging collaboration, breaking down disciplinary barriers by creating opportunities for researchers from different disciplines to interact and learn from each other, creating interdisciplinary courses and programs, and rewarding interdisciplinary research by recognizing it in tenure and promotion decisions.

At Orvium, we are also doing our part when it comes to fostering multidisciplinary research by encouraging collaboration through peer reviews and granting rewards (both economic rewards and recognition badges that increase the impact of your profile).

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Roberto Rabasco

+10 years’ experience working for Deutsche Telekom, Just Eat or Asos. Leading, designing and developing high-availability software solutions, he built his own software house in '16