Page - 749 - in Book of Full Papers - Symposium Hydro Engineering

2. RESEARCH METHODOLOGY 2.1. MAIN HEADING One of the problems of domestic companies is the lack of a development strategy to manage technology transfer in technology transfer projects. Therefore, this research seeks to provide a method for developing a development strategy in order to identify the technologies that are in line with the needs of the country and provide solutions for the acquisition of the required technologies of the power plants. To this end, effective indicators have been identified for developing a development strategy. By devoting axes to each of the components, a framework for developing a development strategy has been designed. By drawing the technology map based on the external and internal dimension assessment by the quality performance of the technology and the model of the management of the technology requirements, while identifying the technological status of the company in each technology (the strengths and weaknesses), the key technologies of the company, as well as the competitive position of each technology (opportunities And threats) will be identified. 2.2. DETERMINE TECHNICAL CHARACTERISTICS AND MAP THE TECHNOLOGY To this end, by first examining the contracts concluded between the employer and the manufacturing companies, the quality requirements and technical requirements that directly or indirectly influenced the construction of the power plant were identified. In the next step, a questionnaire was prepared for the first step, and from the 14 experts of the company, the employer was asked to provide an assessment on the weight of each of the demands and technical requirements, based on the questionnaire method [1]. Based on the analysis of the findings, the technical strength of the production capacity was 400 MW, 9; the water in the design reservoir was 100 meters; 7; the ability to manage the mechanical equilibrium system; 5; unit time at 150, 7 rpm; generator voltage 13.8 kV, 5, and the design of the plant's structure according to standard 9 [2]. Then, according to the principles of collective agreement and according to the grading (1-3-5-7-9), provide an assessment of the impact of each of the technical characteristics on the quality requirements and technical requirements of the design and construction of the power plant (Table 2 and 1). 749