The Architure of Health Technological Innovation Ecosystem by Using the System Dynamics; Case Study Innovation Ecosystem of University of Tehran& Tehran University of Medical Sciences
Subject Areas : Special
Alireza Motevallian
1
*
,
Amir Albadvi
2
,
jalil hidari
3
,
Reza Bandarian
4
1 - * PhD Candidate, Management of Technology, University of Tehran, Tehran, Iran
2 - Professor of Information Systems, Faculty of Industrial and Systems Engineering, Tarbiat Modares University, Tehran, Iran
3 - Associate Professor, Department of Industrial Management, Faculty of Management, University of Tehran, Tehran, Iran
4 - Assistant Professor, Faculty Member of Commercialization and Business Development Department, Research Institute of Petroleum Industry, Tehran, Iran
Keywords: Architecture, Health, Innovation Ecosystem, Modeling, System Dynamics,
Abstract :
The innovation ecosystem consists of a group of actors and dynamic processes that provide innovative solutions to new challenges. The main purpose of this research is to design a university-centered innovation ecosystem. For this purpose, ecosystem functions were first identified through literature review. Due to the limitation of As-Is data in Iran, interviews with stakeholders were chosen as a complementary technique. The second round of interviews were developed to identify the rules and processes of the ecosystem. The results of this study led to the choose Triple Layers core-periphery framework of innovation ecosystem called "Core-Platform-Development & Application". In this framework, the Institute of Health Technological Innovations is placed at the core layer, which is associated with these six platforms: Work Integrated Learning, Idea Generation, Entrepreneurship, Innovation, Shared Services, and Investment and Financing. Each of these platforms communicates with actors in that field at the Development & Application layer. After confirming the conceptual architecture with a triangulation technique, the ecosystem interaction model was designed & the results of the architecture in the case study were simulated by system dynamics method. For validation, the simulation results of the model under the two scenarios of continuation of the existing conditions and the establishment of the proposed architecture showed that the proposed architecture will clearly have a positive effect on the model variables in the future. Generally, the results obtained from the implementation of the model in favor of the implementation of architecture in the environment of innovation are studied in UT & TUMS
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