In the developing countries where a considerable gap exists with the developed states as far as the development indicators are concerned, the growth models and national and regional developments should characterize themselves in a way that the path of development can in principle pursued within the least possible timing and with lowest possible costs. One of the successful achievements in the regional and national development models is to depend on a development model that has its basis on expanding and extending of the science and technology corridors. Indisputably, the technology as one of the main pillars and components of science and technology corridor plays an imperative role in realizing the objectives in this complex. The purpose of this study is to rank the deployable technologies in Isfahan ’s science and technology corridor by using multi criterion decision-makings. In this connection, a number of 13 indicators have been utilized that are ranked in six different groups of economic and financial (profit making, market), strategic (localization, employment, preserving the sovereignty and safeguarding the national security), technical (efficiency and effectiveness, flexibility), environmental, resources (equipments and facilities, raw materials and energy, human resources), political (domestic and foreign). The deployable technologies based on OECD method (science centered) and national and provincial requirements identified that included Information and communication technology, materials’ technology, nanotechnology, biotechnology, energy technology, nuclear technology, environmental technology and laser and optic technology. All information related to these indicators were collected through field study using certain questionnaires. Taking into consideration the 13 mentioned indicators, the AHP, TOPSIS, and SAW techniques were employed for ranking technologies and as a result, the following categorization was proposed for deployable technologies in Isfahan ’s science and technology corridor: Information and communication technology. Materials technology. Biotechnology. Energy technology. Nanotechnology. Environmental technology. Laser and optic technology. Nuclear technology.