基于流程管理的建筑工程质量控制系统研究

发布时间：2018-05-03 06:41

本文选题：质量控制 + 流程管理　；参考：《哈尔滨工业大学》2014年硕士论文

【摘要】：快速增长的经济带动了建筑业的发展，人们对建筑物的要求越来越多，导致造就出建筑工程项目的结构日趋复杂，资源使用量日渐增大的局面，因此加强建筑工程项目管理显得极其重要。项目管理者一直把质量控制视为质量、成本、工期三大控制目标之首，因为工程质量与社会和人民群众有密切关系，一旦质量不合格将威胁他们的生命财产安全，那么后果将会不堪设想，所以重点关注质量控制是整个建筑工程项目管理的关键，，同时这也是建筑工程质量控制被选择作为本文研究对象的原因。市场环境的激烈竞争迫使建筑施工企业不得不思考如何提升核心竞争力来获得长久生存之道以及处于不败之地，流程管理恰好为这个问题提供了有效解决办法。本文把先进的流程管理理论引入建筑工程项目质量控制之中，通过对质量控制流程进行剖析、优化，实现提高工程质量进而达到增加企业核心竞争力的目的。为了达成以上目的，本文构建了基于流程管理的建筑工程质量控制系统，所以该系统也是本文研究的重点内容。本文在阅读大量文献基础上，依次对国内外在建筑工程质量控制、流程管理以及流程管理在建筑工程项目中的应用现状进行了归纳总结，并进行了简要评析。为构造基于流程管理的建筑工程质量控制系统，本文阐述剖析了系统中涉及的有关理论：质量控制方面，包含工程质量控制的概念、过程、内容，其中过程从工程实体质量形成时间段、工程项目施工层次两个角度划分，内容从4M1E的角度进行分析；流程管理方面，介绍了流程管理的概念、深入理解了流程管理的核心思想，并分析了流程管理与信息化之间的关系；分析方法方面，对目标分解法、关键成功因素法和过程流程图法分别做了阐述。构建基于流程管理的工程质量控制系统时，首先描述了系统的总体架构，再接着从目标指导层、质量流程体系、支撑层和接口层四个层面展开详细分析，最后把构建的系统应用于某一工程项目，通过具体使用对流程管理在建筑工程质量控制中的应用情况提出了建议。
[Abstract]:The rapid growth of the economy has driven the development of the construction industry, and people are demanding more and more buildings. As a result, the structure of construction projects is becoming more and more complex, and the use of resources is increasing day by day. Therefore, it is very important to strengthen the management of construction project. Project managers have always regarded quality control as the first of the three control objectives: quality, cost and duration, because the quality of the project is closely related to the society and the people. Once the quality is not up to standard, it will threaten their life and property safety. So the focus on quality control is the key of the whole construction project management, which is the reason why the quality control of construction engineering is chosen as the object of this paper. The fierce competition in the market environment forces the construction enterprises to think about how to improve the core competitiveness to obtain a long-term survival and an invincible position. Process management provides an effective solution to this problem. In this paper, advanced process management theory is introduced into quality control of construction project. Through analyzing and optimizing quality control flow, the purpose of improving engineering quality and increasing the core competitiveness of enterprises is achieved. In order to achieve the above purpose, this paper constructs a construction engineering quality control system based on process management, so the system is also the focus of this paper. On the basis of reading a large number of documents, this paper summarizes the application of quality control, process management and process management in construction engineering projects at home and abroad in turn, and makes a brief evaluation. In order to construct a construction engineering quality control system based on process management, this paper expounds the related theories involved in the system: quality control, including the concept, process, content of engineering quality control, The process is divided from two angles of engineering entity quality formation period, construction level of engineering project, and content is analyzed from the point of view of 4M1E. In the aspect of process management, the concept of process management is introduced, and the core idea of process management is deeply understood. The relationship between process management and informatization is analyzed, and the objective decomposition method, the key success factor method and the process flow chart method are described respectively in terms of analysis methods. When constructing the engineering quality control system based on process management, the overall architecture of the system is described first, and then the detailed analysis is carried out from four levels: the goal guidance layer, the quality process system, the support layer and the interface layer. Finally, the system is applied to a certain project, and some suggestions on the application of process management in quality control of construction project are put forward.
【学位授予单位】：哈尔滨工业大学
【学位级别】：硕士
【学位授予年份】：2014
【分类号】：TU712.3

【参考文献】