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INTRODUCTION TO ADAPTABLE PROJECT MANAGEMENT 适应性项目管理入门
Pub Date : 2020-08-25 DOI: 10.2307/j.ctv143mds3.4
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引用次数: 0
APPENDIX A. 6: 附录a . 6:
Pub Date : 2020-08-25 DOI: 10.2307/j.ctv143mds3.24
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引用次数: 0
APPENDIX A. 4: 附录a . 4:
Pub Date : 2020-08-25 DOI: 10.2307/j.ctv143mds3.22
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引用次数: 0
APPENDIX A. 2: 附录a . 2:
Pub Date : 2020-08-25 DOI: 10.2307/j.ctv143mds3.20
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引用次数: 0
THE PLAN PHASE 计划阶段
Pub Date : 2020-08-25 DOI: 10.2307/j.ctv143mds3.16
1 Capabilities Overview Your business depends on your network. The network can provide access to and communications between your critical applications—or maybe it is the business, as in the case of network operators and service providers. Being able to plan, build, and operate networks presents a challenge to many organizations, due to budget and resource constraints or simply a lack of experience and in-depth expertise to perform critical changes. These organizations frequently come to Juniper and its partners, seeking additional capabilities to help realize the full potential of their network. Juniper Networks consultants help you create the network that knows your business. Capabilities Description Whether you seek help to define your technology roadmap; optimize the network design; test, validate, and deploy the new network; or plan and manage the migration to your new network, Juniper and selected partners can assist you. We have our own team of experienced Juniper Networks© consultants plus a number of Professional Services partners. These select partners have each been reviewed and certified as meeting Juniper's stringent requirements for providing consulting services based on Juniper technologies. Juniper Networks makes these capabilities available within the framework of a network life-cycle approach. At a high level, three phases (as illustrated in Figure 1) comprise our end-to-end view of the life cycle: Plan, Build, and Operate. These phases are applicable to any and all network projects—from campus to WAN, data center to security, and across all types of customer organizations. The goal of the Plan phase is to enable you to design your ideal network. The right network can help your business compete and win. Juniper Networks and certified partners can help you architect your network of the future—intelligent, agile, and built for the cloud. Examples of capabilities that Juniper can make available to you during the Plan phase include: • Ability to assess your current environment and develop a roadmap for creating a network that satisfies your business and technology requirements • Development of the high-level architectural design as well as low-level detailed design of network devices, configurations, and interconnections
你的业务取决于你的网络。网络可以提供对关键应用程序的访问和通信,也可能是业务,如网络运营商和服务提供商。由于预算和资源限制,或者仅仅是缺乏执行关键变更的经验和深入的专业知识,能够计划、构建和操作网络对许多组织提出了挑战。这些组织经常向Juniper及其合作伙伴寻求额外的功能,以帮助实现其网络的全部潜力。瞻博网络顾问帮助您创建了解您业务的网络。您是否寻求帮助来定义您的技术路线图;优化网络设计;测试、验证和部署新网络;或者计划和管理向新网络的迁移,瞻博网络和选定的合作伙伴可以为您提供帮助。我们拥有自己的团队,由经验丰富的瞻博网络©顾问以及一些专业服务合作伙伴组成。这些选定的合作伙伴都经过审查和认证,符合瞻博网络对提供基于瞻博网络技术的咨询服务的严格要求。瞻博网络在网络生命周期方法的框架内提供这些功能。在高层次上,三个阶段(如图1所示)组成了我们对生命周期的端到端视图:计划、构建和操作。这些阶段适用于任何和所有网络项目——从校园到广域网,从数据中心到安全性,以及所有类型的客户组织。计划阶段的目标是使您能够设计理想的网络。正确的网络可以帮助你的企业竞争并赢得胜利。瞻博网络及其认证合作伙伴可以帮助您构建面向未来的网络——智能、敏捷、面向云。在计划阶段,Juniper可以向您提供的功能示例包括:•能够评估您当前的环境并为创建满足您的业务和技术需求的网络制定路线图•开发高级架构设计以及网络设备、配置和互连的低级详细设计
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引用次数: 0
THE CLOSE PHASE 闭合阶段
Pub Date : 2020-08-25 DOI: 10.2307/j.ctv143mds3.18
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引用次数: 0
AGILE TERMINOLOGY 敏捷术语
Pub Date : 2020-08-25 DOI: 10.2307/j.ctv143mds3.5
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引用次数: 0
INTRODUCTION TO THE PROCESSES 流程介绍
Pub Date : 2020-08-25 DOI: 10.2307/j.ctv143mds3.14
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引用次数: 0
APPENDIX A. 5: 附录a . 5:
Pub Date : 2020-08-25 DOI: 10.2307/j.ctv143mds3.23
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引用次数: 0
Managing Risk Of Refinery Megaproject Based on ISO 31000 and PMBOK 基于ISO 31000和PMBOK的炼油大型项目风险管理
Pub Date : 2019-01-01 DOI: 10.22364/pmdpp.2019.01
Arie Wisianto, Pmi-Rmp CmrpCrp Pt. Pertamina Pmp
In order to improve national energy security and the competitiveness of the refinery industry, PT Pertamina (Persero) implements the Refinery Development Master Plan (RDMP), which is consist of revamping 4 units of existing refineries and building 2 units of new grass root refinery. In this paper we will discuss risk management for the RDMP project based PMBOK and ISO 31000 RDMP. RDMP Project management is divided into two stages, namely project development and project execution, risk management has been implemented since the project initiation until commissioning startup. The process of risk management referring to PMBOK are plan risk management, identify risks, qualitative risk analysis, quantitative risk analysis, plan risk responses, implement risk responses and monitor risks. We determined risk limit for project 5% of investment costs, while the ongoing stage is 5% of the current year's budget, those number represented our risk appetite. Furthermore, the risk identification stage followed by qualitative risk analysis obtained 170 risk events with 21% in the categories of strategy & planning aspect, 4% compliance aspect and the remaining 54% operations / infrastructure aspect. This is in line with the theory that stated at the project development stage having higher risk than at the execution stage, and the top risk category is related to business strategy risk, namely the business scheme (tolling or merchant), getting the right partner, project financing, land acquisition, most of the top risk are risk owned by Project Development Department. The quantitative risk analysis (QRA) stage has two tasks, namely numerical simulation of project economics and numerical simulation of cost & schedule. Once of the overall project risks can be seen from the QRA results, probability of completed project duration P80 for RDMP Balikpapan project is 58 months while P50 is 57 months and P90 is 59 months. To assess the effectiveness of risk management and project management, a maturity assessment has been carried out with results of level 2.65 of scale 5 for project management and 3.3 of scale 5 for project risk management. When implementing project risk management, we use for both PMBOK and also ISO 31000 frame work, this feels very complementary. As an example the need for risk maturity as a review of risk management implementation, mandate & commitment and the existence of a 1 Second Editions are previously published papers that have continued relevance in today’s project management world, or which were originally published in conference proceedings or in a language other than English. Original publication acknowledged; authors retain copyright. This paper was originally presented at the 8 Scientific Conference on Project Management in the Baltic States at the University of Latvia in April 2019. It is republished here with the permission of the author and conference organizers. 2 How to cite this paper: Wisianto, A. (2019); Managing Risk of Refinery Megapr
为了提高国家能源安全和炼油行业的竞争力,PT Pertamina (Persero)实施了炼油厂发展总体规划(RDMP),该规划包括对现有炼油厂进行改造4台,新建2台基层炼油厂。在本文中,我们将讨论基于PMBOK和ISO 31000 RDMP的RDMP项目的风险管理。RDMP项目管理分为项目开发和项目执行两个阶段,从项目立项到调试启动,一直进行风险管理。参考PMBOK的风险管理过程是计划风险管理、识别风险、定性风险分析、定量风险分析、计划风险应对、实施风险应对和监控风险。我们确定项目的风险限制为投资成本的5%,而正在进行的阶段是本年度预算的5%,这些数字代表了我们的风险偏好。此外,在定性风险分析之后的风险识别阶段,获得了170个风险事件,其中21%属于战略和规划方面,4%属于合规方面,其余54%属于运营/基础设施方面。这与项目开发阶段的风险高于执行阶段的理论是一致的,最高的风险类别与经营战略风险有关,即经营方案(收费或商户)、寻找合适的合作伙伴、项目融资、土地收购,最高的风险大部分属于项目开发部的风险。定量风险分析(QRA)阶段有两个任务,即项目经济的数值模拟和成本与进度的数值模拟。一旦从QRA结果可以看出项目整体风险,rdrmp Balikpapan项目完成项目持续时间的概率P80为58个月,P50为57个月,P90为59个月。为了评估风险管理和项目管理的有效性,进行了成熟度评估,项目管理为5级2.65级,项目风险管理为5级3.3级。在实施项目风险管理时,我们同时使用PMBOK和ISO 31000框架,这感觉非常互补。作为一个例子,风险成熟度作为风险管理实施、授权和承诺的审查的需要,以及第二版的存在,是以前发表的在今天的项目管理世界中继续相关的论文,或者是最初在会议记录中发表的,或者是用英语以外的语言发表的。承认原始出版物;作者保留版权。本文最初于2019年4月在拉脱维亚大学举行的波罗的海国家项目管理科学会议上发表。经过作者和会议组织者的许可,本文在这里重新发表。2如何引用本文:Wisianto, A. (2019);基于ISO 31000和PMBOK的炼油大型项目风险管理在波罗的海国家项目管理科学会议上发表,拉脱维亚大学,2019年4月;转载于PM世界杂志,第八卷,第四期,5月。PM世界期刊《炼油厂大型项目风险管理》第八卷,第四期- 2019年5月,Arie Wisianto www.pmworldjournal.com第二版©2019拉脱维亚大学www.pmworldlibrary.net第2页/ 9©2019项目经理专业协会风险管理政策,ISO 31000的原则和风险管理框架非常有益。另一方面,通过PMBOK强调正面和负面风险,与知识领域和其他过程组的联系,对整合项目风险非常有帮助。在进行风险管理时,Pertamina配备了基于网络的企业风险管理系统(ERMS),以方便数据和沟通流程。从讨论中可以得出结论:ISO 31000和PMBOK在开展项目风险管理方面是相辅相成的,定量风险分析可以描述项目的整体风险,成熟度评估有助于衡量风险管理的有效性和差距分析,风险管理信息系统在开展风险管理中是非常必要的
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引用次数: 2
期刊
建设监理
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