فهرست مطالب mohammad zarinjooee

Science and technology parks play a key role in Research and Innovation Strategies for Smart Specialization, policy tool for technology diffusion through entrepreneurship and for knowledge economy. Purpose of this study was to identify the role of science and technology parks in order to creating innovation ecosystem. The research method was mixed. In qualitative section, the statistical population consisted of experts in the fields of academia, industry and government. Participants were selected by purposive sampling from 20 participants. In quantitative section, population consisted of 440 individuals who were among the middle and executive managers of four domains of university, industry, government and intermediary institutions that were selected by stratified random sampling method. The sample size was 205 using Cochran formula. Data were collected in the qualitative section by semi-structured interview method and in the quantitative section by a researcher-made questionnaire. The thematic analysis method was used for qualitative data analysis and partial least squares method was used for quantitative data analysis. These factors explained about 90 percent of the changes in the innovation ecosystem. The results showed that the roles of science and technology parks in the ecosystem of university, industry, and government are three supportive, mediator and capacity building roles.

Science and technology parks play a key role in Research and Innovation Strategies for Smart Specialization, policy tool for technology diffusion through entrepreneurship and for knowledge economy. Purpose of this study was to identify the role of science and technology parks in order to creating innovation ecosystem. The research method was mixed. In qualitative section, the statistical population consisted of experts in the fields of academia, industry and government. Participants were selected by purposive sampling from 20 participants. In quantitative section, population consisted of 440 individuals who were among the middle and executive managers of four domains of university, industry, government and intermediary institutions that were selected by stratified random sampling method. The sample size was 205 using Cochran formula. Data were collected in the qualitative section by semi-structured interview method and in the quantitative section by a researcher-made questionnaire. The thematic analysis method was used for qualitative data analysis and partial least squares method was used for quantitative data analysis. These factors explained about 90 percent of the changes in the innovation ecosystem. The results showed that the roles of science and technology parks in the ecosystem of university, industry, and government are three supportive, mediator and capacity building roles.

The purpose of this study was to identify the role of the university in the creation of university, industry, and government ecosystem in order to develop innovation. The research method was mixed. In the qualitative section, the statistical population consisted of experts in the fields of academia, industry, and government. Participants were selected by purposive sampling from 20 participants. In the quantitative section, the population consisted of 440 individuals who were among the middle and executive managers of four domains of university, industry, government, and intermediary institutions that were selected by stratified random sampling method. The sample size was 205 using the Cochran formula. Data were collected in the qualitative section by semi-structured interview method and in the quantitative section by a researcher-made questionnaire. The thematic analysis method was used for qualitative data analysis and partial least squares method was used for quantitative data analysis. The results showed that the roles of government in the ecosystem of university, industry, government are three Teaching, Research, Social Services roles. These factors explained about 90 percent of the changes in the innovation ecosystem.

The aim of this study was to The Role of University and Industry in the Ecosystem of Innovation in the line with realization of Sustainable Innovation. The Mixed method was conducted. In the qualitative study, the population was consisted all of the experts in two field of university and industry. A purposive sampling of 20 experts were selected. The In the quantitative section, the statistical population consisted of middle managers and executives of the university and industry field in Tehran. In this section, stratified random sampling method was used, so 205 people were selected by this method. To collect data, semi-structured interviews and questionnaires were used. To analysis of qualitative data, thematic analysis, and for quantitative data partial least square method were used. The results showed that the roles of the university and industry include six roles of teaching, research, social service, help to technology development, help to innovation development, help to entrepreneurship development. Based on the findings of this research, the roles of university, industry, based on the goodness of fit index were highly fitted. In this model, both institutions of the university and industry had a significant impact on the ecosystem. The industry with a higher factor loading was in the first place of the importance of role in creating the ecosystem, and the institution of the university with a lower factor loading was on the next order. The model's power of prediction criterion, indicated that exogenous variables, i.e., university and industry roles, have the potential to predict the formation of the ecosystem (relationship) of the university and the industry.