Ranking Practicable Technologies Within The Science And Technology Corridor Of Isfahan, Using MCDM Techniques

Najafi, Seyyed Esmaeil; Amiri, Mohsen; Abdolah Zadeh, Vahid

Authors

¹ Professor of Industrial Engineering, Azad University, Research & Science Branch, IRAN

² PhD student of Industrial Engineering, Azad University, Research & Science Branch, IRAN

³ PhD student of Industrial Engineering .Azad University, Research & Science Branch, IRAN

Abstract

National and regional growth and development models in the developing countries whose development attributes are far different from those of the developed countries, must be in such a way to allow the corresponding country or region to develop at the minimum cost within the shortest possible period of time. One of the successful approaches toward national and regional development models is to rely on a development model which is based on extending and developing science and technology corridors. This study is aimed at ranking practicable technologies within the science and technology corridor of Isfahan using multiple attribute decision-making process. Since the technology and science corridor are new issues in IRAN and there had been no researches on identification and selection of applicable technologies, the work on this issue was very innovative, also application of 3 methods of decision making for upgrading of reliability is the outstanding criteria of this research. For this purpose, 13 attributes were utilized (categorized into 6 groups) and AHP, TOPSIS and SAW techniques were employed to rank technologies, so that the following order of preference was suggested for the practicable technologies within the science and technology corridor of Isfahan:1) Information and communication technology, 2) material technologies, 3) bio-technology, 4) energy technology, 5) Nano-technology, 6) environmental technology, 7) laser and optic technology, 8) nuclear technology.

Keywords

References

Ahmadi, A. and Kheyrkhah, A. (2003), “Mixed Model of Evaluation and Selection of Technologies Based on the Opinions of a Group of Experts in the Field of Multiple Attribute Decision-Making”, Journal of Engineering Research, Vol. 2, No.3, PP. 10 – 12.

Alvani, M and Hamid, N, (2001), “Technology Development Model in Iran”, Journal of Management and Development, Vol. 10, No.5, PP. 4 – 9.

Anton, F. (2000), The Global Technology Revolution, Bio/Nano/ Materials trends, John Wiley, Paris.

Bayat, M. (2003), “Indices for Technology Selection and Transfer, the Technology”, College of Application, Vol. 4, No.2, PP. 12 – 15.

Chen, Ch, (2011), “Evaluating the development of high-tech industries: Taiwan’s science park”, Technological Forecasting and Social Change, Vol. 41, No.5, PP. 839-851.

Chen, Ch, (2011), “Evaluating the development of high-tech industries: Taiwan’s science park”, Technological Forecasting and Social Change, Vol. 73, No.2, PP. 452-465.

Chung, M, (1999). “Technology selection for advanced public transportation systems in Taiwan using scenario method Technological Forecasting and Social Change”, Information & Management, Vol. 45, No.2, PP. 452-465.

Din Mohammadi, M., Del Angizan, S. and Sadeghi, Z. (2005), “Spatial Clustering of Hi-tech Industries and the Associated Spillways over Regional and National Labor Market”, Journal of Engineering Research, Vol. 5, No.5, PP. 27 – 34.

Ghazi Noori, S, (2000), “Metrics for Evaluation of Technology”, Journal of Engineering Research, Vol. 2, No.1, PP. 7 – 9.

Ghodsi pur, H, (2001), Analytical hierarchy process, University of Amirkabir Pub.

Golestaneh, A, (2002), “The Development of Technology within the Context of Time”, Proceedings on the Technology Development, Vol. 12, No.2, PP. 25-30.

Haj Fathaliha, A., Seyyed Esfahani, M, (1993), Technology Development, Allame Tababa’ei Pub.

Iran’s fifth Development Plan, (2007), National Management and Planning Organization.

Iran’s 20-year Provision Plan, (2001), National Management and Planning Organization.

Mahnak, K, (2003), Translated by Azarang, A., Technology Transfer – A Strategy for Scientific Self-reliance of Middle Eastern Countries, Amir Kabir University of Technology Pub.

Mehregan, M, (2013), Multiple Attribute Decision-Makings, University of Tehran Pub.

Ramanthan, K, (2001), Selecting Technology, Translated by: Zanjani, M, Jeddi, S., Journal of Engineering Research.

Saxenian,A,(1994), “Technology And Industry Scoreboard Benchmarking Knowledge- Based Economy”, OECD Science, Vol. 1, No.4, PP.34-42.

Saxenian, A. (2005), “Bangalore:The Silicon Valley Of Asia”, Working Paper, Vol. I, No. 91, pp. 21-25.

Science and Technology Evaluation Code in Islamic Republic of Iran, (2003), Monitoring and Cultural and Scientific Evaluation Bureau of the Supreme Cultural Revolution Council.

Shirouyehzad, H. and Tavakoli, M.M. (2014), Discussions on Multiple Attribute Decision-Making Process, Danesh Pazhuhan Barin Scientific Institute Pub.

Va’ez Zadeh, S, (2004), “A Step toward a Native Pattern for the Evolution of Technology”, Quarterly Journal of Technology Development, Vol. 12, No.11, PP. 25-31.

Yadollahi Farsi, J, (1995), Contributing Factors to Selecting Technologies for the Industries within the Fars Province, College of Management, Shiraz University, Scientific Reports, Vol 1, No.4, PP.26-38.

Zhang,J, ,(2003),High-Tech Start-Ups And industry Dynamics In Silicon Valley, California, Vol.II, No.1, PP.12-24.

Journal of Applied Research on Industrial Engineering

Ranking Practicable Technologies Within The Science And Technology Corridor Of Isfahan, Using MCDM Techniques

References

References

Volume 2, Issue 3
Summer 2015
Pages 139-153

Ranking Practicable Technologies Within The Science And Technology Corridor Of Isfahan, Using MCDM Techniques

References

References

Volume 2, Issue 3Summer 2015Pages 139-153

Volume 2, Issue 3
Summer 2015
Pages 139-153