【作者】 赵勇；

【导师】 陶毅； 伍炜勤；

【作者基本信息】 广东工业大学 ， 工商管理（MBA）（专业学位）， 2025， 硕士

【摘要】 随着全球制造业向智能化、柔性化和定制化方向不断发展,非标设备作为满足个性化生产需求的重要装备,日益成为推动制造业技术进步和产业升级的关键支撑。我国制造业转型升级及数字化、智能化发展战略的推进,使非标设备市场需求迅速增长,企业对非标设备项目管理能力提出了更高要求。非标设备项目因其技术复杂、周期长、变更频繁等特点,传统项目管理模式难以满足高效执行和质量保障的需求,导致项目延期、成本超支等问题频发。基于此,优化非标设备项目管理流程,提升项目执行效率和管理水平,成为制造企业亟需解决的重要课题。本研究以M公司非标设备项目管理为研究核心,着重分析其在项目管理流程中遇到的实际难题,力求通过优化流程,提升企业项目管理水平,从而进一步加强其市场竞争实力。本研究对M公司非标设备项目管理流程的现状及其存在的主要问题进行了全面梳理,结合流程再造理论和全生命周期理论,采用案例分析、实地调查和问卷调查等研究方法,深入剖析项目启动、规划、执行、监控及收尾五个阶段的流程瓶颈。研究发现,M公司存在客户需求调研与可行性分析的流程管理缺陷、项目计划与DFMEA实施的流程管理问题、部门协作、变更管理及资源调配的流程管理问题、进度、成本与质量监控流程不足、内部验收、客户预验收及项目总结流程缺失等问题。针对这些问题,本文提出了建立标准化客户需求调研体系、构建科学完善的可行性分析框架及需求与可行性的联动评估机制;完善项目计划编制体系,强化DFMEA风险管理;构建矩阵式项目管理组织架构,建立全生命周期变更控制系统及动态资源调配机制;建立基于关键节点的动态进度监控体系、全过程精细化成本管控和闭环式质量监控与快速响应系统;完善内部验收、客户预验收及外出人员管理流程,增加项目后评价及总结机制。同时,本文强调管理层支持、员工培训、团队激励、管理监控及团队文化建设等实施保障措施,确保优化方案的有效落地。研究结果显示,优化后的流程体系能够显著提升项目管理效率,降低成本风险,提高产品质量和客户满意度,促进企业的持续健康发展。综上所述,本研究围绕M公司项目管理流程进行了系统性优化,不仅在非标设备项目管理的理论层面做出了补充,同时也为相关企业提供了具有实际操作性的流程改进方案。研究成果有助于推动非标设备制造业项目管理的标准化、规范化和智能化发展,提升企业核心竞争力。未来,随着数字化技术的不断进步,非标设备项目管理流程优化将更加注重信息技术的深度融合和智能化应用,推动项目管理向更加高效、精准和动态的方向发展。本研究为相关领域的进一步探索奠定了理论基础,并积累了实践经验,不仅具有重要的现实价值,也展现出广泛的应用潜力。更多还原

【Abstract】 With the global manufacturing industry to intelligent,flexible and customized direction of continuous development,non-standard equipment as an important equipment to meet the needs of personalized production,increasingly become the key support to promote the technological progress of manufacturing and industrial upgrading.The transformation and upgrading of China’s manufacturing industry and the promotion of digitalization and intelligent development strategy has led to the rapid growth of non-standard equipment market demand,and enterprises have put forward higher requirements for non-standard equipment project management capability.Non-standard equipment project because of its complex technology,long cycle,frequent changes and other characteristics,the traditional project management model is difficult to meet the needs of efficient implementation and quality assurance,resulting in project delays,cost overruns and other problems occur frequently.Based on this,optimizing the project management process of non-standard equipment to improve project execution efficiency and management level has become an important issue for manufacturing enterprises.This study takes the project management of non-standard equipment of Company M as the core of the study,focuses on analyzing the practical problems encountered in its project management process,and strives to improve the enterprise’s project management level by optimizing the process,so as to further strengthen its competitive strength in the market.This thesis comprehensively reviews the current status and major issues in the project management processes of non-standard equipment at company M.Integrating process reengineering theory and lifecycle theory,and employing research methods such as case analysis,field investigation,questionnaire surveys,and brainstorming,it deeply analyzes the process bottlenecks across the five phases of project initiation,planning,execution,monitoring,and closure.The study identifies several problems in company M,including deficiencies in process management of customer demand research and feasibility analysis;issues in project planning and DFMEA implementation processes;challenges in interdepartmental collaboration,change management,and resource allocation;inadequacies in progress,cost,and quality monitoring processes;and the absence of internal acceptance,customer pre-acceptance,and project summary processes.To address these issues,this thesis proposes establishing a standardized customer demand research system;constructing a scientifically sound feasibility analysis framework and a linked evaluation mechanism between demand and feasibility;improving the project planning system and strengthening DFMEA risk management;developing a matrix project management organizational structure;establishing a full-lifecycle change control system and dynamic resource allocation mechanism;creating a dynamic progress monitoring system based on key milestones,comprehensive cost control throughout the process,and a closed-loop quality monitoring and rapid response system;and enhancing internal acceptance,customer pre-acceptance,and outbound personnel management processes,while introducing project post-evaluation and summary mechanisms.Furthermore,the thesis emphasizes implementation safeguards such as management support,employee training,team incentives,management supervision,and team culture building to ensure effective execution of the optimization plan.The results demonstrate that the optimized process system significantly improves project management efficiency,reduces cost risks,enhances product quality and customer satisfaction,and promotes the enterprise’s sustainable and healthy development.In summary,this study focuses on the systematic optimization of project management process in M company,which not only complements the theoretical level of project management of non-standard equipment,but also provides relevant enterprises with practical process improvement solutions.The research results help promote the standardization,normalization and intelligent development of project management in the non-standard equipment manufacturing industry,and enhance the core competitiveness of enterprises.In the future,with the continuous progress of digital technology,the optimization of non-standard equipment project management process will pay more attention to the deep integration of information technology and intelligent application,and promote the development of project management in the direction of more efficient,precise and dynamic.This study lays a theoretical foundation for further exploration in related fields and accumulates practical experience,which not only has important practical value,but also shows a wide range of application potential.更多还原