Proposing a Model for Reliability Strategic Planning of High-Tech New Products Development

At global level، each customer expects efficiency، quality and reliability with least competitive cost and product performance will be improved by using different reliability strategies and techniques. In this study، a conceptual and practical model has been proposed for planning and reliability strategic management in High-Tech new products development to determine and optimize reliability strategies at managerial and engineering levels، using two-level planning. At managerial level، the originality TORC matrix as well as optimizes strategies have been utilized and connected to the objectives of the organization via an originality model to assimilate zero and an linear programming model with quantitative strategic planning matrix and Yager fuzzy multi criteria model. At the engineering level، the reliability allocation strategies in High-Tech products has been proposed and then optimized. The study has been investigated in the space camera product and eight strategies of the 15 strategies at management level and one allocation strategy of 12 strategies for the reliability allocation at engineering level، have been selected as the best strategies for the space camera development based on reliability. By utilizing the designed model in this paper، managers are able to make best decisions and reliability strategies for High-Tech new products development، thereby، determining special purposes to reach huge goals.