Abstract

Makerspace is an innovation and entrepreneurship service platform. Its ultimate goal is to realize value cocreation among multiple subjects. The development of Makerspace and the realization of value are closely related to the Makerspace Development Policy. With the help of NVivo/ software, we analyzed 17 Makerspace Development Policies. Through the selection of samples, statistical analysis of word frequency, and coding analysis, the 7 core elements of entrepreneurial incentives, fee reductions and exemptions, employment support, entrepreneurial environment, talent support, financial support, and service optimization are summarized to form an empirical research survey of the development policy elements of the makerspace project. The author uses the game evolution method to analyze the mechanism of the internal relationship of innovation factors, builds a model of the development factors of the makerspace, selects 52 makerspace companies to conduct a questionnaire survey, using the model to conduct empirical research on the performance of existing policies, and finally proposes a model for makerspace development.

Highlights

  • Policy is the basic tool for governing the country, and public policy is the main means for the state and the government to realize their functions [1]

  • To ensure that the policy sample selection was representative, comprehensive, and accurate, we determined the sample selection principles: first, the relevant policies are searched with “makerspace” and “innovation and entrepreneurship” as the key words; second, the time is selected from March 2015 when the Guiding Opinions of the General Office of the State Council on Developing Makerspace and Promoting Mass Innovation and Entrepreneurship was released to December 2019 when the makerspace policy was issued by Zhejiang; third, the policy by Zhejiang Provincial Government and various functional departments is formulated; and fourth, laws and regulations, planning, programs, opinions, methods, notices, announcements, and so on were selected as the policy documents, excluding informal decision-making documents such as approvals, leaders’ speeches, and work reports

  • If C2 ((B + (1 + θ)(1 − η)S − (1 − φ) aCI)/(Fc)), M(C1) 0, M′(C1) 0; that is, all y-axis levels were stationary; when the government incentives reached C2 ((B + (1 + θ)(1 − η)S − (1 − φ)aCI)/(Fc)), the possibility of entrepreneurs staying in the makerspace was all stable

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Summary

Introduction

Policy is the basic tool for governing the country, and public policy is the main means for the state and the government to realize their functions [1]. To ensure that the policy sample selection was representative, comprehensive, and accurate, we determined the sample selection principles: first, the relevant policies are searched with “makerspace” and “innovation and entrepreneurship” as the key words; second, the time is selected from March 2015 when the Guiding Opinions of the General Office of the State Council on Developing Makerspace and Promoting Mass Innovation and Entrepreneurship was released to December 2019 when the makerspace policy was issued by Zhejiang; third, the policy by Zhejiang Provincial Government and various functional departments is formulated; and fourth, laws and regulations, planning, programs, opinions, methods, notices, announcements, and so on were selected as the policy documents, excluding informal decision-making documents such as approvals, leaders’ speeches, and work reports.

Construction and Analysis of the Makerspace Development Element Model
Open Encoding
Axial Encoding
Basic Assumptions and Parameters of the Game
Discussion
Empirical Analysis
Findings
Problem Analysis and Policy Improvement Suggestions
Full Text
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