公共项目管理绩效改善研究的范式变革

科学研究的不断深入总会引发当前范式所不能容纳的“例外”或“难题”,而它们积累到一定程度就会促使研究者尝试用新的范式去解释,这本质上是对该领域研究的变革。以公共项目管理绩效改善研究为对象,认为随着人们对于公共项目本质认识的发展,其依次经历了技术范式、组织范式、契约范式和关系范式,详细评述了各范式下的代表性研究以及每一次范式转换的驱动力,以期揭示公共项目管理绩效改善研究领域的发展脉络。     

公共项目管理绩效的形成机理研究

公共项目管理绩效不高的现象普遍存在,如何改善一直都是困扰世界各国的难题,而改善公共项目管理绩效的首要问题就是了解影响它的各种因素及其相互关系,剖析其形成机理。针对这一问题,在大量文献综述的基础上,总结出能够在很大程度上影响项目管理绩效并且可以为人们控制的两大类因素,即项目管理与项目治理;并运用SCP范式分析了公共项目管理绩效、治理、管理之间的关系,揭示了公共项目管理绩效的形成机理,从而为改善我国公共项目管理绩效提供了指导性建议。     

基于治理结构创新的公共项目管理绩效改善研究——以深圳地铁5号线BT工程为例

治理是与原有的项目管理互相补充的公共项目管理绩效改善的研究范式,包括为公共项目选择合适的治理结构,或者根据公共项目的实际需要量体裁衣地为其进行治理结构创新。以深圳地铁5号线BT工程为例,具体阐释了公共项目治理结构创新应与项目自身的特点以及项目所处的外部环境相匹配,才能真正达到公共项目管理绩效改善的目的。     

博弈理论在我国代建项目管理中的应用

利用博弈理论对业主、项目管理公司与施工单位三方的委托代理关系进行了动态研究与分析,分别建立了业主与项目管理公司、项目管理公司与施工单位的博弈模型,并对代建制项目管理提出合理建议,以实现项目业主的预期目标。     

政府投资代建项目建设主体冲突管理研究——以湛江中心人民医院迁建项目为例

政府投资代建制项目管理层次结构发生了变化,主体冲突的成因和演化过程有其自身的特点.通过分析代建项目主体冲突的关系,揭示冲突发生的根源和发展运动规律;结合实际案例,深入剖析项目建设全过程各阶段常见主体冲突对绩效目标的影响,探讨代建项目主体冲突协调管理的思路和方法.     

基于治理的建设项目绩效改善研究

对项目治理和项目绩效管理理论进行了总结,同时对技术、组织、契约和关系研究范式等方面进行了解析,提出了实现项目绩效改善的"技术—管理—治理"研究框架,并对框架内各实现途径进行了分析,以期实现项目绩效的改善。     

公共项目管理绩效改善的方法研究

在查阅大量相关文献的基础上,对现有的公共项目管理绩效改善方法进行了系统的分类和总结.分析了其各自的特点,最终指出公共项目管理绩效改善实际上是一个管理技术创新和制度创新相结合的过程,而且其发展愈来愈系统化和制度化.旨在总结和介绍公共项目管理绩效改善方法的现有研究成果,指明其未来的发展方向,以期对公共项目的成功起到指导作用.     

政府投资项目企业代建模式费率研究——以深圳市为例

企业代建模式作为原有代建制的内容延伸,补充完善了政府部门代建模式,近年来在深圳市政府投资项目代建模式中得到了蓬勃发展.随着市场经济的快速发展,代建取费作为企业参与代建模式关注的重点内容,关系到企业代建模式能否在代建市场上健康可持续发展.基于此,针对政府投资项目企业代建模式中的费率进行分析,构建盈亏平衡模型,不仅能够为政...     

关于工程总承包模式下代建项目管理的实践及建议

文中结合代建项目工程总承包模式管理的工程实践,分析了项目在采用工程总承包模式时遇到的问题,并提出相关建议.     

全过程代建项目的有效管理探讨

为了顺利推进工程项目建设工作,需要提高全过程代建项目的有效管理水平,推动我国全过程代建制的发展。本文主要分析了全过程代建项目有效管理,提出针对性的管理措施,对于实际工作起到参考。     

责任会计在施工企业项目管理中的运用——以漳州＊＊广场基坑支护与降水工程项目为例

责任会计是管理会计的重要组成部分,它在不同的组织结构中,按分权制组成分权单位,形成不同的责任中心,本文以具体实例来阐述成本费用中心在施工项目中的具体运用。     

Beyond the ‘iron triangle’: Stakeholder perception of key performance indicators (KPIs) for large-scale public sector development projects

Performance measurement criteria vary from project to project. Despite much work on the subject, there is no commonly agreed framework of performance measurement on mega projects. To bridge this gap, this research targets to investigate the perception of the key performance indicators (KPIs) in the context of a large construction project in Thailand. The study explores the significance of key performance indicators in perspective of various construction stakeholders (client, consultants, and contractors). Findings indicate that the traditional measures of the iron triangle (on-time, under-budget and according to specifications) are no more applicable to measuring performance on large public sector development projects. Other performance indicators such as safety, efficient use of resources, effectiveness, satisfaction of stakeholders, and reduced conflicts and disputes are increasingly becoming important. This implies that the Thai construction industry is slowly departing from the traditional quantitative performance measurement to a rather mix of both quantitative and qualitative performance measurement on large-scale public sector development projects.     

Investigation of air management and energy performance in a data center in Finland: Case study

This is the first research paper on data center from Finland. The objectives of this study are to evaluate air management and energy performance of cooling system and investigate the possibilities of energy saving and reuse in the data center. Field measurements, particularly for long term's IT and facility powers, were conducted. Different performance metrics for the cooling system and power consumption were examined and analysed. Key problem areas and energy saving opportunities were identified. The electrical end use breakdown was estimated. Results show that IT equipment intake conditions were within the recommended or allowable ranges from ASHRAE. The Power Usage Effectiveness (PUE) value for a typical year was about 1.33. Noticeable recirculation of hot air was not observed, but extreme bypass air was found. The air change rate was set much bigger than the recommended ASHRAE's value. There was no heat recovery system. The air management and heat recovery issues therefore need to be addressed. Fan speeds (Computer Room Air-Conditioning Unit) should be reduced and the ventilation rate should be minimized. Further, a simulated heat recovery system was presented demonstrating that the data center could potentially provide yearly space and hot water heating for 30,916 m² non-domestic building.     

Knowledge formation and learning in the management of projects: A problem solving perspective

In contrast to traditional projects, which are assumed to be fully specified and then executed with little learning anticipated, complex projects cannot be fully specified at the outset and require continuous learning over their life cycles. Nevertheless, the key role of knowledge formation and learning in managing complex projects is under-developed for expanding project capability boundaries to include knowledge uncertainty and indeterminacy.