2. Self-sustaining economic growth

Academic research is a vital engine for economic growth, not only through groundbreaking discoveries but by transforming these inventions into marketable innovations. When effectively commercialised, academic research serve as hubs for high-potential ideas that can fuel entire industries, create specialised jobs, and position countries for long-term competitiveness by initiating investment cycles that amplify growth and innovation.
Securing long-term competitiveness through research commercialisation
When innovations developed within academia reach the market, they don’t just generate revenue—they build a foundation for national and regional competitiveness by fostering expertise and intellectual property (IP) in advanced fields. This is especially critical in sectors where a nation aims to establish itself as a leader. For example, in 2022, the U.S. National Science Foundation estimated that the commercialized research from universities contributes over $590 billion annually to the national GDP, driven by IP generated at universities. A similar emphasis on academic research commercialization transformed South Korea into a global technology powerhouse. In 2021, South Korea invested 4.8% of its GDP in R&D—one of the highest rates worldwide and much of it was channeled through university-driven technology commercialization. As a result, South Korea has now a self-sustaining major role in the global tech market, home to some of the world’s largest tech companies, and a prime destination for international investment.
Talent development and high-quality job creation in specialised fields
Academia doesn’t just produce innovative research, it develops the highly skilled talent necessary to bring these innovations to market. When research is commercialized, it creates jobs and builds expertise in emerging fields. This attracts talent and industry partners who value advanced skills, creating opportunities for economic growth and resilience. A study in the U.K. reported that academic spinouts employ around 24,000 people in 2020, demonstrating the role of universities in fostering the workforce required to build sustainable industries.
The economic multiplier effect of academic research commercialisation
Commercialised research has an economic multiplier effect that amplifies growth beyond initial investments. Contrary to cost-cutting initiatives or simple branding strategies, when novel scientific research reaches the market, it not only generates revenue but also reinvests into R&D, attracting more funding, creating high-skilled jobs, and boosting innovation. The Bayh-Dole Act in the United States, which gave universities control over IP from federally funded research, spurred a boom in university-driven commercialization. Today, U.S. academic institutions collectively generate over $75 billion annually in licensing revenue, cyclically supporting reinvestment into research, local economic growth, and new job creation. In a knowledge-driven economy, this unique multiplier effect is essential for long-term, self-sustaining growth, with innovation from academia at its core.
Conclusion: Building a self-sustaining innovative society
Commercialising academic research is a critical investment in sustainable economic growth. It enhances national and regional competitiveness, develops high-skilled industries, and drives a multiplier effect that attracts investment, creates jobs, and continually stimulates innovation. By supporting research commercialization, academic institutions can play a key role in building economies that evolve, expand, and strengthen communities locally and globally, providing societal value alongside economic success.