University Research Parks: Catalysts for Innovation and Economic Growth

A vigorous, modern economic system requires a thriving marketplace. University research parks have become hotbeds of innovation and economic development throughout the world. These thriving ecosystems bring together academic institutions, businesses, and government agencies to foster cutting-edge research, technology transfer, and job creation. University research parks are not only global in their scope but also highly specialized and localized. They provide a solution to a problem in the marketplace: They are a “third place” where the triple helix of industry, academia, and government can comfortably meet.

Defining University Research Parks

University research parks are purpose-built environments designed to foster collaboration and innovation among universities, private companies, and government entities. The NRC goes on to note that university research parks are a proven tool for creating cutting-edge high-tech companies, to say nothing of thousands of new jobs. These parks serve as a bridge between academic research and commercial application, facilitating the transfer of knowledge and technology from the laboratory to the marketplace.

Key Characteristics

Proximity to Universities: University research parks are typically located near or on a university’s campus. This proximity facilitates access to university resources, faculty expertise, and a pipeline of talented graduates.
Collaborative Environment: These parks encourage collaboration and networking among researchers, entrepreneurs, and industry professionals. This collaborative environment fosters the exchange of ideas and the development of new technologies.
Incubation and Acceleration: Many university research parks offer incubation and acceleration programs for startups and early-stage companies. These programs provide resources, mentorship, and funding to help these companies grow and succeed.
Technology Transfer: A key function of university research parks is to facilitate the transfer of technology from universities to the private sector. This can involve licensing agreements, joint ventures, or the creation of spin-off companies.
Economic Development: University research parks contribute to local and regional economic development by creating jobs, attracting investment, and fostering innovation.

The "Third Place" Concept

University research parks provide a solution to a problem in the marketplace: They are a “third place” where the triple helix of industry, academia, and government can comfortably meet. Notes a survey of North American university research parks, these “third places” are increasingly evolving as “live-work-play” environments, particularly in urban centers.

The Importance of Localization

The local aspect is vitally important. Yet, he or she is most likely to exchange ideas informally - to bounce thoughts and send up test balloons - with a colleague next door, face to face. Because innovators are often working along similar lines or in related fields, research parks offer a site for the development of industry clusters. The greater Chicago area, for example, has emerged as an international center of nanotechnology, medical diagnostics, pharmaceutical design and manufacture, and related life-sciences fields, drawing on leading schools such as Northwestern University, the University of Chicago, and the Illinois Institute of Technology. Similarly, the corridor formed by the Texas cities of Austin, San Marcos and San Antonio has recently emerged as a nationally important technology center. At Texas State University’s Science, Technology and Advanced Research (STAR) Park, a UK-based company has developed semiconductor material that allows for the affordable conversion of heat waste to energy.

Success Stories and Economic Impact

University research parks have successfully provided solutions to many challenges. The report notes, for example, that over 80 percent of all startups fledged by companies within research parks weathered the recession successfully. Considering that fully half of all startups fail in the larger economy, this success rate is impressive. One reason for this high level of accomplishment is the clustering of like companies so that all can draw on a readily accessible pool of expertise and knowledge.

During the recent recession, the overall economy lost nearly 5 percent of its jobs. In contrast, companies at university research parks showed an average gain of 27 percent, an example of just how important research parks can be to local economies. Today, university research parks directly employ about half a million people, with ripple effects that account for easily twice as many more jobs throughout the country. The University of Wisconsin Madison Research Park, for example, houses more than 125 companies and accounts for more than 4,000 employees holding high-paying jobs that simply did not exist before the park was founded in 1989.

Government Support

Thanks to the realization of the importance of innovation to local and regional economies, many university research parks have found solid support from municipal and state governments. Similarly, the Commonwealth of Kentucky has developed a mix of direct funding, tax allowances and other investment incentives. Notes George Ward, executive director of the Coldstream Research Campus at the University of Kentucky, “Working with central Kentucky’s technology-based economic development professionals, I see firsthand on a daily basis how the investment in research has changed Lexington’s business mix, tax base and our community.” The University’s high-tech business incubator, the Advanced Science and Technology Commercialization Center, has created dozens of high-tech companies that typically emerge through the help of federal research funds - more than $28 million since 2007, with an additional $18 million from the Commonwealth’s matching-grants program.

Examples of Prominent University Research Parks in the USA

Throughout the United States, those parks are flourishing, offering opportunities for investment and growth. Here are a few notable examples:

Research Triangle Park (RTP), North Carolina: Located in the heart of North Carolina, the Research Triangle Park (RTP) is one of the most iconic and influential research parks in the USA. Established in 1959, RTP spans across 7,000 acres and is home to over 300 companies, including renowned tech giants like IBM, Cisco, and GlaxoSmithKline. RTP’s success lies in its collaborative environment, where academic research seamlessly transitions into practical applications. A hotspot for technology talent, North Carolina state is home to IT workers. In 2016, North Carolina’s educational institutions awarded degrees and certificates related to science, technology, engineering, and mathematics (STEM). The state also boasts the resources of Research Triangle Park (RTP), the largest research park in North America. RTP is home to more than 200 of the world’s most innovative companies, employing more than 50,000 people.
University Research Park (URP), University of Wisconsin-Madison: The University Research Park (URP) associated with the University of Wisconsin-Madison stands as a testament to the power of academic and corporate partnerships. Established, URP has evolved into a bustling community of more than 126 companies and over 3,500 employees. One of the park’s standout features is the Wisconsin Institutes for Discovery, a state-of-the-art research facility that promotes interdisciplinary research.
Stanford Research Park, California: The Stanford Research Park, adjacent to Stanford University, has been a pioneering force in the world of research parks since its inception in the 1950s. Spread over 700 acres, the park hosts a diverse range of companies, from startups to established corporations. Stanford Research Park has played a pivotal role in the development of Silicon Valley’s tech ecosystem. Companies like Hewlett-Packard and Varian Medical Systems started their journeys here.
Cummings Research Park, Alabama: Cummings Research Park in Huntsville, Alabama, is one of the largest research parks in the United States. Established, the park covers over 3,800 acres and houses more than 300 companies. Collaboration is at the core of Cummings Research Park’s success. Its proximity to the University of Alabama-Huntsville facilitates technology transfer and fosters a skilled workforce. Since 1996, Calhoun Community College in Alabama has claimed the distinction of being the only two-year campus located in a major university research park. The community college fills a variety of roles, offering career-oriented programs for high school students, transfer opportunities to the university, acting as a direct source of talent for companies in the park requiring technicians and other certificate and associate level employees.
Purdue Research Park, Indiana: Purdue Research Park, affiliated with Purdue University in Indiana, has been a driving force behind innovation and entrepreneurship in the Midwest. One of Purdue Research Park’s notable initiatives is the Purdue Foundry, an entrepreneurial hub that assists startups and innovators in bringing their ideas to market.
University of Arizona Science and Technology Park (UASTP): The University of Arizona Science and Technology Park (UASTP) in Tucson has been a key player in advancing technology and research in the Southwest. UASTP’s focus areas encompass aerospace and defense, bioscience, and information technology. The park’s commitment to sustainability is evident in its initiatives, such as solar energy generation and environmentally conscious construction practices. Tech Parks Arizona creates the “Interactive Ground” that generates, attracts and retains technology companies and talent in alignment with the research, mission and goals of the University of Arizona. selected the University of Arizona Tech Park in Tucson for its newest expansion location, bringing new investment into Southern Arizona. The new Arizona office represents Strike Photonics’ commitment to innovation and collaboration.
University City Science Center, Pennsylvania: The University City Science Center in Philadelphia, Pennsylvania, has been at the forefront of innovation and entrepreneurship since its founding in 1963. One of the standout features of the University City Science Center is its focus on nurturing startups and early-stage companies. The Port Business Incubator and the Quorum Innovation Center provide invaluable support to budding entrepreneurs.

University Research Parks vs. Innovation Districts

There is no standard definition of an innovation district, but the increasingly agreed-upon definition is a purpose-built, mixed-use neighborhood that is dense with research and collaboration and that is anchored by a research institution. That research institution is often a university-though it could also be a medical institution, national lab, or even a state government, for example. The density is the real non-negotiable here. As far as innovation districts being mixed-use neighborhoods, this can be understood as offering live, work, and play. Innovation districts are home to research and development, entrepreneurs, incubators, start-ups, scale-ups, and established companies. They are also home to many residents. They’re walkable and transit-accessible.

For many people, there is no difference. To other people, while certain core aspects remain the same (e.g., the presence of a university), other core aspects are different-generally those related to location. Research parks have typically been suburban in nature; innovation districts are urban. Innovation districts are walkable (i.e., compact) and accessible (i.e., public transit). Innovation districts are wired and modern-feeling; research parks felt this way in their time, as well, they are just no longer cutting edge. Innovation districts feel a bit warmer. In short, innovation districts are often defined as being more metropolitan and interconnected, while research parks are often defined as being more suburban and siloed.

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In the US, you’ll find innovation districts in countless cities from coast to coast-Atlanta, Boston, Brooklyn, Chicago, Cleveland, Detroit, Pittsburgh, Portland, San Diego, Seattle, etc. Innovation districts make sense in cities because, across the country, workers want the same thing-to work in a bustling, everything-at-your-fingertips environment. This is true for all working generations: Baby Boomer, Gen X, Millennial, and Gen Z. As mentioned above, innovation districts are often also being located near or on a university’s campus.

Creating Innovation Districts

The development of an innovation district can be an incredibly large undertaking, given that it can mean creating a neighborhood from scratch. Or it can mean less work, but still a significant development-adding or renovating buildings, improving infrastructure, creating parks, etc. For example, the Cortex Innovation Community sought public incentives. This innovation district in St. Louis, Missouri, secured $25 million in state tax credits.

Partnerships can also be incredibly useful in creating and operating an innovation district. This is true for a number of reasons, including financing and expertise. Across the ocean lies District Hall, the anchor institution of Boston’s innovation district (which itself is considered the first innovation district in the US), and what is considered the world’s first public innovation center created through a P3. Arnault Morrison wrote extensively about these projects (as well as the Edney Innovation Center in Chattanooga) in the paper, “Public-Private Partnerships for the Knowledge Economy: The Case of Innovation Centers”.

Briefly, the Barcelona Growth Center was created through two P3s. It took a complicated two-step process: (1) transferring the privately owned land to a municipal company, and (2) creating a joint venture between the municipal company and a quasi-public real estate developer. In Boston, real estate companies that had been pushing for additional density in the city built the facility and granted a lease to the Boston Redevelopment Authority, which in turn transferred the right to use the building to a nonprofit-which in exchange agreed to organize programming and events there.

Another project demonstrating the range of partnership options available is STAR Campus, University of Delaware’s innovation community. STAR Campus is a transit-oriented development that seeks to achieve a 24/7/365 live-work-learn environment, to support multi-generational housing, to feature a hotel / conference center, and to bring jobs back to the area. The buildings on site have come to fruition through a variety of development models, for example, the STAR Campus Health Sciences Complex is owned by a developer, whereas the Chemours Discovery Hub and Bloom Energy are different models. STAR Campus also takes advantage of public incentives like Opportunity Zones and state tax credits.

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