Analysis of Indicators for Measuring and Evaluating the Fields of Technology and Innovation in the Country Policy Documents

Document Type : Research paper

Author

Assistant Professor, Policy Evaluation and Science, Technology and Innovation Monitoring Department, National Research Institute for Science Policy (NRISP), Tehran, Iran

Abstract

This study aims to extract the indicators of technology and innovation from upstream documents, to examine how they align with similar indicators in the National Report on Monitoring and Evaluation of Science, Technology and Innovation, and to examine the state of technology and innovation in Iran based on the goals of policy documents.
This is a descriptive-analytical study that has been conducted using scientometrics methods to comparatively study the measurement and evaluation indicators of technology and innovation policy documents. To compare and analyze the current situation with the desired one, the study uses the data for the period of 5 years, from 1393 to 1397 (2018-2014), using the National Report of Monitoring and Evaluation of Education, Research, and Technology of the country in the year 1997.
The comparison of technology and innovation evaluation indicators in the country's comprehensive scientific plan and the Sixth Five-Year Development Plan with the national monitoring system indicates that there is little overlap between monitoring indicators and upstream documents . In some cases, the monitoring system is not able to respond to policy documents of the state of science and technology in Iran. Therefore, the indicators of the monitoring system need to be further reviewed and overlapped with the policy documents. The proposed indicators and desirable quantities in both policy documents need to be updated with the current situation and aligned. Studies have indicated that Iran has had a desirable function in some indicators and a poor performance in some indicators compared to the desired quantities. For example, we had a good jump in the "number of knowledge-based enterprises" Indicator, but in some indicators, such as the "number of patents and discoveries registered nationally and internationally" we are far from the approved amount of policy documents

Keywords


[1]    Noroozi Chakoli, A.; Hassanzadeh, M. Science, Technology and Innovation Growth; A Scientometrics Approach. Journal of Health Information Management. 2010; 7 (4): 475-484. (In Persion).
[2]   Noorafrooz, alihosein; Vaezi, Reza; Ghodrat, Seyed Reza. A Survey of Scientific Publications of Allameh Tabataba'I University in Scopus Reference Database. Knowledge Studies. 2015: 5 (2): 127-152. (In Persion).
[3]   Alizadeh, Parisa. Science and Technology Assessment (1): Science and Technology Assessment System in Iran, Office of Communication Studies and New Technologies, Research Center of the Islamic Consultative Assembly, Tehran. 2009. (In Persion).
[4]   Namdarian, Leila, Kalantari, Nadia, Alidosti, Sirus. Evaluation of science, technology and innovation: a review of indicators and organizations active in this field. Tehran: Iran Institute of Information Science and Technology (Irandoc), 2017. (In Persion).
[5]   Ashtarian, K. Science, Technology and Innovation Policy (Part II and Final), Science and Technology Policy. 2103, 3 (2): 7-14. (In Persion).
[6]   Goodarzi, Mehdi, Alizadeh, Hossein Reza, Gharibi, Jalil, Mohseni Kayasari, Mustafa. Pathology of Science and Technology Policies in Iran: An Analysis of Five-Year Development Plans. Technology Development Management Quarterly. 2014, 2 (2). (In Persion).
[7]   National Master Plan for Science and Education. Approved by the Supreme Council of the Cultural Revolution.2010. (In Persion).
[8]   The law of the sixth five-year economic, social and cultural development plan of the Islamic Republic of Iran and the law of permanent provisions of the country's development plans Country Program and Budget Organization, 2017. (In Persion).
[9]   National Report on Monitoring and Evaluation of Science, Technology and Innovation in2018. The Supreme Council for Science, Research and Technology, 2020. (In Persion).
[10]    Kianpour, Saeed; Salehi, Alireza Measuring the index of access to technology and innovation in Iran in comparison with other countries. Roshd-e- Fanvari. 2015, 44: 70-75. (In Persion).
[11]    Soltanipour, Behzad et al. A review of the challenges of Iran's national innovation system and provide policies and strategies to improve it. Quarterly Journal of Strategic Studies in Public Policy. 2017, 23: 185-195. (In Persion).
[12]    Moradipour et al. An approach to the consequences of science and technology policy in Iran based on the analysis of upstream documents. Research in educational systems. 2017, 37. (In Persion).
[13]    Shahmirzadi, T. Investigation of Evaluating Indicators for Science, Technology and Innovation in the Agricultural Research, Education andExtension Organization. Scientometrics Research Journal. 2018, 5 (1): 47-66. (In Persion).
[14]    Saisana, Michaela and Dionisis Th. Philippas. Joint Research Centre Statistical Audit of the 2013 Global Innovation Index, Annex 3 to Chapter 1, the Global Innovation Index 2013 (PDF). Ispra, Italy: INSEAD, Cornell University, WIPO. pp. 55–67. ISBN 978-2-9522210-2-3, 2013.
[15]    Cornell University, INSEAD, and WIPO (2014) The Global Innovation Index (2014): The Human Factor In innovation, second printing. Fontainebleau, Ithaca, and Geneva.
[16]    Zina Al-Abedini, Akbar. Investigating the status of combined indicators of technology and innovation in Iran. Islamic Consultative Assembly Research Center, 2015. (In Persion).
[17]    Ghazinoori, Sepehr; Ghazinoori, Soroush. An Introduction to Science, Technology and Innovation Policy Making. Tehran: Tarbiat Modares University, second edition, 2014. (In Persion).
[18]    Ghazinoori, Soroush; Niloufar Radaei. The Framework for STI Policy Programs. Journal of Science and Technology Policy.2019, 11 (2): 526-542. (In Persion).
[19]    Noroozi Chakoli, A. Introduction to Scientometrics, Tehran: Samt, 2015.