Business School-Industry Cooperation: Lessons from Case Studies

Birchall, David; Chanaron, Jean–Jacques

doi:10.1109/picmet.2006.296577

Cited by 4 publications

(4 citation statements)

References 36 publications

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“…Porter [1]; that firms adjust their short-and long-term game behaviors in the supply chain by considering government subsidies [6,32,33]. e same situation also occurs between manufacturers and retailers [34,35], firms and financial institutions [35][36][37][38], and university and industry partnerships [39][40][41]. erefore, the green collaborative innovation development strategy of Chinese equipment manufacturing enterprises is studied, taking horizontal cooperative enterprises as the game subject, and the limited rational behavior of different sizes and types, game participants in decision making due to incomplete information, by constructing the basic model and introducing the model of reward and punishment mechanism, investigating the phenomenon of repeated game cooperation in environmental innovation by the double oligarchic equipment manufacturing enterprises without and with government participation.…”

Section: Evolutionary Game Eory and Open Innovation Strategymentioning

confidence: 99%

Analysis on the Evolution Mechanism of Open Environmental Protection Innovation among Equipment Manufacturing Oligopolistic Enterprises Based on Data Simulation

Wang

2022

Mathematical Problems in Engineering

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The global economic environment is becoming increasingly complex with the variable change in the competition regulation and the merging of technological innovation. A single equipment manufacturing enterprise cannot achieve the realization of an intelligent strategy. With the help of open innovation, the enterprise can build an intelligent manufacturing innovation ecosystem based on promoting internal re-engineering of enterprises and mutual opening of internal innovation resource processes among enterprises to strengthen cooperation. However, since open innovation is a complex collaborative innovation of multiorganizational cooperation, this paper analyzes and discusses the green open innovation cooperation strategy among oligopolistic enterprises in the equipment manufacturing industry under the influence of environmental regulation by using relevant models and theories of evolutionary game theory. In addition, the optimal combination under the existing situation is selected by using the model to simulate and analyze the selection trends and results of oligopolistic enterprises several times. The study shows that the probability of choosing an open green innovation strategy among oligopolistic equipment manufacturing firms is positively proportional to the excess benefit of open green innovation and government subsidies and inversely proportional to the excess benefit of knowledge spillover, government penalties, and the cost of open collaborative innovation and knowledge spillover between two firms.

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Section: Evolutionary Game Eory and Open Innovation Strategymentioning

confidence: 99%

Analysis on the Evolution Mechanism of Open Environmental Protection Innovation among Equipment Manufacturing Oligopolistic Enterprises Based on Data Simulation

Wang

2022

Mathematical Problems in Engineering

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“…A recent study by Birchall and Chanaron [3] looked at business school/business relationship. This resulted in a framework categorising the nature of these relations in terms of the overall objectives, whether to transfer existing knowledge or create new knowledge and the depth of relationship ( Figure 1).…”

Section: And Businessmentioning

confidence: 99%

The Impact of Academics in Start-Ups Emerging from Universities

Birchall

2007

PICMET '07 - 2007 Portland International Conference on Management of Engineering &Amp; Technology

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The US has a long tradition of university research being spun out to form new high tech business. Many have grown to become leading firms not only within the US but internationally. In Europe there has been much less of a tradition of universities encouraging faculty to develop their research competency and outputs as new businesses. It is only in relatively recent times that attention has focused on this as a way of enhancing the position of the university,

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“…he importance of collaboration for knowledge exchange between a knowledge hub (university) and a product incubator (industry) has long been widely recognised as a significant economic development phenomenon. The knowledge and technology exchange was identified as the major objective of collaborating by Ankrah and Al-Tabbaa (2015) and Birchall and Shanaron (2006). The efficiency of the economies and innovation levels of industrialised countries are due to production of knowledge and its use in industries, thereby achieving competitive advantages in the global markets (Mascarenhas, Ferreira, & Marques, 2018).…”

Section: Introductionmentioning

confidence: 99%

A Sustainable Zimbabwe University - Industry Collaboration Framework

Murairwa¹

2021

IJRISS

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The collaboration between a knowledge hub and a product incubator is increasingly perceived as a vehicle to enhance innovation and business incubation through knowledge and technology exchange. This is evidenced by a significant increase in researches that investigate the collaboration phenomenon from different perspectives. However, the body of knowledge is still fragmented and lacking an efficient comprehensive view that can widely be considered as the engine of economic growth. A sample of volunteered (Murairwa, 2015) 12 knowledge hubs and 60 product incubators was selected. The research employed systematic procedures to review the literature and analyse researchers' perspectives on the collaboration between industry and universities. The research designed a questionnaire with closed and a few open-ended questions and collected data from volunteering knowledge hubs and incubators. The data was analysed in Statistical Package of Social Sciences (SPSS). The research discovered key aspects underpinning the collaboration theory. These aspects were integrated into an overarching pragmatic knowledge hub and product incubator collaboration (PKHPIC) framework that can provide a substantial contribution to the understanding of the universityindustry collaboration and literature in the research area.

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Business School-Industry Cooperation: Lessons from Case Studies

Cited by 4 publications

References 36 publications

Analysis on the Evolution Mechanism of Open Environmental Protection Innovation among Equipment Manufacturing Oligopolistic Enterprises Based on Data Simulation

Analysis on the Evolution Mechanism of Open Environmental Protection Innovation among Equipment Manufacturing Oligopolistic Enterprises Based on Data Simulation

The Impact of Academics in Start-Ups Emerging from Universities

A Sustainable Zimbabwe University - Industry Collaboration Framework

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