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首页> 外文期刊>International Journal of Innovative Research in Science, Engineering and Technology >Addressing Problems by Systems Engineering Methods, Techniques, and Tools-Model Framework
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Addressing Problems by Systems Engineering Methods, Techniques, and Tools-Model Framework

机译：通过系统工程方法，技术和工具模型框架解决问题

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摘要

Systems Engineering is an interdisciplinary and holistic discipline with methods and techniques to address complex problems. This paper proposes an integration of system life-cycle processes and stages from ISO/IEC 15288 with the proposed tools-model framework as a basic framework, allowing team to generate data, define customer needs, optimize solutions, architecture the system, make decisions, validate, analyze failures, and realize the system. This paper gives a short presentation of tools-model framework application on a real case in industry. The application of this proposed model led to a significant increase of the firm total and (labors, materials) partial productivity, qualityproductivity index, profit, and value added almost by (39%, 65%, 20%, 39%, 202%, and 119%) respectively, noticeable positive decrease of defective products percentage, downtime, rework, and lead time almost by (79%, 28%, 98%, and 80%) respectively, also acquiring new customers and new products, besides developing training programs, and solving customer claims.
机译：系统工程是一门跨学科的综合性学科，具有解决复杂问题的方法和技术。本文提出了从ISO / IEC 15288开始的系统生命周期过程和阶段与提议的工具模型框架作为基本框架的集成，允许团队生成数据，定义客户需求，优化解决方案，体系结构，制定决策，验证，分析故障并实现系统。本文简要介绍了工具模型框架在实际案例中的应用。该提议模型的应用导致公司的总生产率和（人工，材料）部分生产率，质量生产率指数，利润和增加值的显着提高，几乎增加了（39％，65％，20％，39％，202％，和119％），次品率，停机时间，返工和交货时间分别显着下降（分别为79％，28％，98％和80％），除了开发培训外，还获得了新客户和新产品程序，以及解决客户要求。

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