Skip to Content

Addressing Grand Challenges Through Transdisciplinary Research

Illustration of interconnected lines and circles over a blue background

While the word “transdisciplinary” may not be familiar to many outside of academia, the concept has taken root in universities across the U.S. as a way to bring multiple stakeholders and areas of expertise together to address global challenges in areas such as health care, food systems, energy and the environment.

Referenced in the 2013 Arise 2 report, produced by the American Academy of Arts and Sciences, transdisciplinary research provides a strategy for advancing scientific discovery in an environment of uncertain government funding, increasing competition among researchers for limited dollars and the emergence of “wicked problems” occurring on a world-wide scale. Transdisciplinary goes beyond collaborative, multidisciplinary and interdisciplinary in that it aims to leverage existing concepts and approaches from multiple disciplines to create new disciplines and new solutions for a rapidly changing world.

Many national models for transdisciplinary research exist. For example, four universities (Harvard, UC San Diego, University of Pennsylvania, and Washington University in St. Louis) participate in the Transdisciplinary Research on Energetics and Cancer initiative, funded by the National Cancer Institute, to study the complex relationships between obesity, energy balance, nutrition, physical activity and cancer risk. The University of Vermont’s Transdisciplinary Research Initiative is centered on three, major university-wide initiatives in key areas of research strength and impact, and Texas Tech University’s Transdisciplinary Research Academy supports and promotes a range of transdisciplinary research efforts with global reach.

The University of Minnesota has also embraced the model and has identified advancing transdisciplinary partnerships as one of the four primary thematic areas, or cornerstones, of Five Years Forward, the U’s strategic plan for research. While the final recommendations for the plan are still being developed, transdisciplinary partnerships and approaches are already in evidence across the university system.

Centers and Institutes

One way to promote transdisciplinary partnerships is through the creation of centers and institutes that bring together diverse disciplines and areas of expertise to address critical questions and solve complex issues across a broad spectrum of topics. U-based groups such as the Institute on the Environment, the Center for Transportation Studies and the Minnesota Population Center bring together public officials, researchers, government agencies, private industry and community members to identify new approaches and influence policy on a local, national and global scale. The university is home to nearly 300 centers, institutes and interdisciplinary graduate programs.

Cluster Hires

Another way the U has been building up its capacity to conduct cutting-edge research is by recruiting top researchers from around the world through cluster hires, especially in rapidly evolving multidisciplinary science and technology fields, such as computational and genome-enabled biology. Targeting faculty in specialized disciplines builds upon the university’s existing strengths and expertise to open up new opportunities for research and applied science.

Public-Private Partnerships

Beyond their unique focus on grand challenges, transdisciplinary partnerships also often involve government, nonprofit and industry partners in order to leverage critical investments and build new knowledge networks to sustain ongoing efforts. Public and private partners provide incentive for universities to look outward to develop real world solutions that have an impact on society; universities provide vast resources, infrastructure and intellectual capacity not readily available in the private sector.

Referring to this dynamic, multi-faceted partnership as a “Triple Helix” Brian Herman, Ph.D., the university’s vice president for research said in his 2013 State of Research report, “The goal of this intricate and interconnected partnership is to create an innovation ecosystem that thrives on the combination of knowledge creation capabilities, such as those located at the university, with the needs of our for-profit and non-profit partners, along with the policies, investments and oversight of the government to support the ecosystem.”

MnDRIVE: The Triple Helix

MnDRIVE (Minnesota’s Discovery, Research and Innovation Economy) is Minnesota’s version of the Triple Helix. MnDRIVE, a landmark partnership between the state and the university, is a $36M biennial investment designed to align areas of university strength with the state’s key and emerging industries to produce breakthrough research that addresses our state and society’s greatest challenges. To further encourage collaboration among MnDRIVE project partners, the Office of the Vice President for Research awarded $6M to support 12 transdisciplinary research projects.

A special charter, adopted by participants of a World Congress of Transdisciplinarity in 1994, states that “the transdisciplinary attitude involves an acceptance of the unknown, the unexpected and the unforeseeable.” As these burgeoning relationships continue to develop and these initiatives begin to demonstrate results, the university, along with its stakeholders and partners, will wait to see what the future has in store.

Erin Dennis

Erin Dennis

Erin is assistant communications director for the Office of the Vice President for Research.

Latest Blog Posts

Sun setting over a prarie scene

After eight productive years, we are phasing out the Inquiry blog and launching a new monthly newsletter focused on news, information, and resources for our systemwide research community.

Read More
Dr. Friedemann-Sanchez and Dr. Grieve sitting at a table together.

In 2018, two University of Minnesota researchers traveled to a United Nations council meeting to advocate for changes to address an epidemic of violence against women in Colombia.

Read More
Senior man speaks with a health care provider while looking at a digital display

Researchers aim to help train pharmacists and educate patients with the goal of improving medication outcomes for groups with higher rates of kidney failure.

Read More
Sironix banner in a laboratory space

Sironix Renewables uses a patented method to make nontoxic, sustainably-sourced surfactants that replace their counterparts made from petroleum.

Read More

Announcements for the UMN Research Community