"interdisciplinary topics" is a grammatically correct phrase and can be used in written English.
It refers to subjects or themes that involve multiple disciplines or fields of study. It is usually used when discussing a topic that requires knowledge or expertise from various fields. Example: The university's new curriculum includes interdisciplinary topics such as climate change, which combines concepts from environmental science, economics, and political science.
Students at Williams, for example, can declare a concentration in one of about a dozen interdisciplinary topics — including Jewish studies, Latino studies and environmental studies — in programs that don't offer majors.
Indeed, it has been suggested that researchers working on interdisciplinary topics tend to provide more theoretical background to help the reader become familiar with "related or parent disciplines about the issues investigated" (Ozturk 2007, 34).
We agree that a number of interdisciplinary topics could (and should) be integrated into STEM curricula.
One solution is to build in interdisciplinary topics within standard STEM courses in a way that will allow students the opportunity to explore current problems in environmental science, energy fields and/or public health.
We propose the following recommendations for changes to undergraduate STEM curriculum to better prepare students to thrive in the job market they will have to navigate upon graduation: Universities/departments need to update traditional core curricula to include interdisciplinary topics that highlight connections between the standard curriculum and current, real-world STEM issues.
One research project working on this interdisciplinary topic is the currently running bioenergy project of the University of Göttingen [5].
Government organization is an interdisciplinary topic, and many theories contribute to the discussion, especially in economics and sociology.
The workshop is a biannual affair which at each meeting addresses a core interdisciplinary topic in artificial intelligence (AI) and cognitive science.
It is also a major objective of vegetation sciences like agriculture, forestry, geobotany, biogeography, landscape ecology, and resource management and makes it a strongly interdisciplinary topic and task.
At the present time, this new interdisciplinary topic is still the property of an isolated discipline with all too little effort spent in pointing out an underlying generality that could make it adaptable to diverse fields of applications.
Rapid assessment of the adverse impact of rainstorms on city transport networks is a typical interdisciplinary topic, which requires holistic understanding of the interactions between the networks and meteorological hazards, as well as any intrinsic system properties of a network.
