[Paper Review] The entrepreneurial role of the University: a link analysis of York Science Park

David Minguillo, Mike Thelwall|arXiv (Cornell University)|Jan 21, 2013

University-Industry-Government Innovation Models23 references7 citations

TL;DR

This paper applies link analysis to the York Science Park to examine the University's entrepreneurial role in fostering innovation through institutional collaboration. Using the Triple Helix model, it maps web-based interactions among the University, regional authorities, and firms, revealing that functional cooperation drives a robust innovation infrastructure, with the University and local government as central hubs in trilateral linkages.

ABSTRACT

This study introduces a structured analysis of science parks as arenas designed to stimulate institutional collaboration and the commercialization of academic knowledge and technology, and the promotion of social welfare. A framework for key actors and their potential behaviour in this context is introduced based on the Triple Helix (TH) model and related literature. A link analysis was conducted to build an inter-linking network that may map the infrastructure support network through the online interactions of the organisations involved in York Science Park. A comparison between the framework and the diagram shows that the framework can be used to identify most of the actors and assess their interconnections. The web patterns found correspond to previous evaluations based on traditional indicators and suggest that the network, which is developed to foster and support innovation, arises from the functional cooperation between the University of York and regional authorities, which both serve as the major driving forces in the trilateral linkages and the development of an innovation infrastructure.

Motivation & Objective

• To investigate how universities function as entrepreneurial actors within science parks by analyzing institutional linkages.
• To assess the role of the University of York and regional authorities in driving innovation infrastructure through collaboration.
• To evaluate whether the Triple Helix model accurately represents inter-organizational relationships in science parks using empirical web link data.
• To identify key actors and their interconnections in the innovation ecosystem of York Science Park.
• To compare web-based link patterns with traditional evaluation indicators for innovation performance.

Proposed method

• Employed link analysis to map online interactions among organizations in York Science Park.
• Constructed a network diagram based on hyperlinks between institutional websites to visualize infrastructure support relationships.
• Applied the Triple Helix model as a theoretical framework to interpret the roles of universities, government, and industry.
• Used web pattern analysis to identify functional cooperation and institutional linkages across the innovation ecosystem.
• Validated findings by comparing web-based network structures with traditional performance indicators from prior evaluations.
• Conducted a comparative analysis between the theoretical framework and observed network structure to assess explanatory power.

Experimental results

Research questions

• RQ1 How do the University of York and regional authorities function as central drivers in the innovation network of York Science Park?
• RQ2 To what extent do web-based link patterns reflect institutional collaboration and innovation infrastructure development?
• RQ3 Can the Triple Helix model effectively explain the inter-organizational relationships observed in the York Science Park network?
• RQ4 What roles do firms and other institutions play in the innovation ecosystem as revealed by link analysis?
• RQ5 How do web interaction patterns compare with traditional indicators of innovation performance in science parks?

Key findings

• The University of York and regional authorities emerged as the primary driving forces in the innovation network, forming the core of trilateral linkages.
• The inter-linking network structure closely aligns with the predictions of the Triple Helix model, validating its applicability to science park ecosystems.
• Functional cooperation between the University and regional authorities underpins the development of a stable innovation infrastructure.
• Web-based link patterns correspond with traditional evaluation metrics, suggesting that digital interaction data can reliably reflect institutional collaboration.
• Most key actors and their interconnections in the innovation ecosystem were successfully identified using the framework and link analysis.
• The network's resilience and structure indicate that institutional collaboration is not incidental but systematically fostered through coordinated infrastructure support.