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| ( Illustrative Only) Business may not be investing collaboratively enough to create innovative synergy. |
Research and innovation go hand in hand. In the modern world, companies and countries compete through their total capacity for innovation. That innovation may come in the form of products, services, or entirely new ideas and concepts, much like the transformative thinking that emerged during the Enlightenment. Developing human capital is one of the most effective ways to increase innovative capacity because people drive creativity, problem-solving, and adaptation.
This idea can be viewed as a form of broad-based innovation. Similar to broad-based capitalism—where individuals can benefit from participating in the system—broad-based innovation depends on empowering more people to contribute ideas, creativity, and leadership. Maximizing innovation within universities and industries therefore requires continuously developing people to think creatively, collaborate effectively, take initiative, and contribute new solutions. The era of treating people as simple machinery is over. Advances in technology have fundamentally changed the nature of work and value creation.
Universities have long benefited from partnerships with industry, particularly through laboratories and research facilities that produce important scientific and technological advances. However, innovation is no longer limited to physical laboratories. Digital platforms and virtual collaboration now allow for new forms of research that focus on human insight, idea generation, and collective problem-solving. Over the past 20 years—accelerated significantly and culminated during the COVID era—the virtual world has expanded the possibilities for collaboration and innovation across geographic boundaries.
One promising concept is applying the idea of economic clustering to research and development itself. In this model, companies within a regional or industrial cluster could contribute resources into a shared innovation pool designed to strengthen the entire ecosystem. The goal would be to improve how companies collaborate, reach markets, share expertise, and develop complementary products and services. By increasing innovation across the cluster, the region could experience higher revenues, rising household incomes, stronger tax bases, and broader economic development benefits when new products hit the market. Scaled effectively, such collaborative innovation systems could even influence national competitiveness.
The traditional model of working in isolation no longer makes sense in a world where human capital, collaboration, and cross-industry interaction generate much of the modern economy’s value. As technology continues to reshape society, there is an opportunity to rethink how research, innovation, education, and industry partnerships are organized to create more inclusive and dynamic systems of growth. Small and large businesses can collaborate.
The information below helps us better understand research within universities.
U.S. Universities and Industrial Innovation: An Interactive Relationship Producing Economic Value from Research
- Academic research contributes to industrial innovation through publications, consulting, patents, conferences, entrepreneurship, and student training.
- Informal interactions between researchers and industry professionals are often more influential than patents or licensing agreements alone.
- Faculty consulting and entrepreneurship can complement research productivity rather than reduce it.
- Studies reviewed in the chapter suggest that patenting and publishing are generally compatible activities for university researchers.
- The biotechnology and biomedical sectors have especially strong university-industry relationships due to the commercial value of scientific discoveries.
- The chapter discusses the historical growth of university patenting and technology transfer before and after the Bayh-Dole Act of 1980.
- The Bayh-Dole Act allowed universities to patent federally funded research, which increased university involvement in licensing and commercialization.
- Licensing revenues can support universities, but they usually represent a relatively small share of university budgets.
- Effective technology transfer policies require balancing revenue generation, faculty incentives, commercialization, and regional economic development.
Committee on Assessing the Value of Research in Advancing National Goals, Division of Behavioral and Social Sciences and Education, National Research Council. (2014). U.S. universities and industrial innovation: An interactive relationship producing economic value from research. In C. R. F. Celeste, A. Griswold, & M. L. Straf (Eds.), Furthering America’s research enterprise. National Academies Press. https://www.ncbi.nlm.nih.gov/books/NBK253889/
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