Designing a knowledge based technology transfer model using the fourth generation approach in the automotive industry

Mansour Sabeti, Gholam reza Hashemzadeh, Parvaneh Gelard, Mahnaz Rabiei

Resumo


Technology transfer is a process involving diverse and complex dimensions as an effective tool to reduce the technological gap between developed and developing countries. Over the last century, technology futurism has gone through three eras and is now entering its fourth generation. In the first generation the content of technology forecasting focused on hard technologies, the second generation focused on the combination of hard technology and the market, and the third generation focused on the future of hard technology and integrating social and economic dimensions. In the fourth generation, the emphasis has been on soft technologies, hard technologies, integration of economic, social, political and environmental dimensions as effective factors in technology transfer. The process of technology transfer in the Iranian automobile industry has been limited to the introduction of a set of machinery, maps, catalogs and guidelines. And based on the fuzzy Delphi method, a model has been developed for the transfer of knowledge-based technologies in the automotive industry with a fourth generation technology futuristic approach.


Palavras-chave


Soft Technology, 4th Generation Technology Forecasting, Technology Transfer, Knowledge Based Technology, Automotive Industry

Texto completo:

PDF (English)

Referências


Hamzehpour, Mehdi, Khatibi, Alireza, Soft Technology Global Technology Transformation, Imam Sadegh University Press, 2019

Samali Kaskon, Asadi, Mahmood, Letter of Culture No. 55, 2013, Management Gaps of Production of Science in Iran

Geoing, Jin, Technology Growth Magazine, 2016, Soft

Technology and Fourth Generation Technology Futures

Akbarpour, Narges, Abdi, Nariman, 2015, Technology Transfer Methods in Iranian Automotive Industry

Mirsalim, Seyed Mostafa, 13/8/1396, ISNA News Agency, National Motor Research Center

Shojaee Fard, Mohammad Hassan, 2014, Euro Standards for Automotive and Domestic Car Evaluation, Fuel Consumption Conference

Ministry of Industry and Mining Publications, samt Newspaper, 2016/5/24

Website www.oica.net

Sadat, Mohammad Ali, 2003, Investigation of Iranian Automobile Industry

Middle East Bank Economic Research Group, January 2015, Iranian Automobile Industry Survey

Getting to Know Iranian Technology and Innovation Management Activists and Specialists, Iranian Technology Management Association, 2016

Seed Sprayer, Mehrdad, Babakhan, Alireza, Gholamian, Mohammad Reza, Pourmosgari, Majid, Fall 2015, Application of Fuzzy Theory in Prioritizing Technology Transfer Methods in Iran (Case Study: Iran Power Plant Industry)

Aghajani, Hasan Ali, Farzadfar, Ramin, 2013, Comparative Study of Technology Transfer Models

Rules of Evaluation and Identification of Knowledge Base Companies, Vice President of Science and Technology, 2016

Majlis Research Center, January 2015, Pathology of the Automotive Industry of Iran and Providing Solutions to Existing Challenges to the General Policies of Resistance Economics (Research Project)

Shafi'i Ardestani, Sonya et al., 2008, UNIDO Technology Futures Handbook, Defense Industry Research Institute

Automotive Industry Analysis, Saderat Bank of Iran, July 2015

Esmaeilzadeh, Zeinab, Noroozi Ghormak, Hediyeh, Mohseni Zenozi, Seyyed Jamaleddin, 1396, Comparison of the Impact of Import Replacement Strategy and Endogenous Development Strategy on Regional Sustainable Development

Ashouri, Hojjat, Seyed Hosseini, Seyed Mohammad, Radfar, Reza, Management Futures Research Quarterly, Winter 2016, Model of Technology Transfer with Future Research Approach in Rail Transport Industry (Case Study: Express Train)

Mousa Khani, Morteza, Gharakhani, Davood, Quarterly Journal of Development and Change Management, 2013, Identification and Ranking of Factors Affecting Technology Transfer Using MADM Techniques

Nazimi, Amir, Aristocracy, Mojdeh, Azmadian, Mahdiyeh, National Foresight Program Secretariat, Spring 2016, Typology of National Foresight Plans, Supporting Future Plans Report Series,

Marashi, Mojgan, Abdolvand, Neda, Technology Growth Quarterly, Summer 2018, Providing a Model for Technology Transfer Governance and Cloud Computing

Khalil, Tariq, Technology Management, Power Technology Center Publications (Text), 2002

Cunningham, James A O’Reilly , Paul, 2018 , Macro, meso and micro perspectives of technology transfer

Lorenz ,Annika, Raven, Michael, Blind, Knut,2017, The role of standardization at the interface of product and process development in biotechnology

Takakuwa ,Soemon, Vez ,Ivica,2017, Technology Transfer and World Competitiveness

Mazurkiewicz ,Adam, Poteralska ,Beata,2017 , Technology Transfer Barriers and Challenges Faced by R&D Organisations

Martin ,Cheryl, Leurent ,Helena,2017 ,Technology and Innovation for the Future of Production: Accelerating Value Creation

Mosleh Shirazi, Ali , Mohammadi, Ali, Abbasi, Abbas , Nazari ,Mohammad,2016, Soft Commercial Technology and its Transfer Model in Small and Medium Enterprises: A Review

samiei nasr,mahmood,2012 , A Model for an Effective Technology Transfer to Iranian Automotive Industry

oying Qiu, Xia,2013, Technology transfer in Chinese Automobile Industry

Schot, Johan, Steinmueller, Edward,2018 , Three frames for innovation policy: R&D, systems of innovation and transformative change,

meng tze, Lee, muthusamy, kanesan , 2011, Soft technology transfer for Japanese MNCs in Malaysia Conceptual Model

wang, Xin, Duan, Yibing, 2010 , Identifying Core Technology

Structure of Electric Vehicle Industry through Patent Co-citation Information




DOI: https://doi.org/10.20397/2177-6652/2020.v20i0.1864

Métricas do artigo

Carregando Métricas ...

Metrics powered by PLOS ALM

Apontamentos

  • Não há apontamentos.




Direitos autorais 2020 Revista Gestão & Tecnologia

Licença Creative Commons
Esta obra está licenciada sob uma licença Creative Commons Atribuição - NãoComercial 4.0 Internacional.