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Quality of Baseline Schedules: Lessons from Higher Education Capital Facility Projects

机译:基线时间表的质量:高等教育资本基金项目的经验教训

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The keys to capital facility project success are developing a sound project plan or schedule and then carrying out the project according to the plan. The construction industry, however, has major difficulties accomplishing schedule goals, and construction professionals struggle to develop reasonable baseline schedules. The objective of this paper is, by applying the industry-recognized schedule quality metrics to baseline schedules used for higher-education capital facility projects at the University of Texas at Austin, to understand the current quality of baseline schedule, identify problems, and provide recommendations for future higher-education capital facility projects. The evaluation results show that among 49 collected industry-recognized metrics, all the projects passed 27 metrics, with one project failing to pass all of the remaining 22 of the 49 metrics. The industry should pay particular attention to the following commonly occurring issues when developing a baseline schedule: (1) dividing up activities that exceed 30 working days; (2) creating or managing a schedule containing multiple lags; (3) initially using unique task names; (4) assigning at least one predecessor and successor to an activity or a milestone; and (5) developing a schedule mainly through a Finish to Start relationship. (C) 2016 American Society of Civil Engineers.
机译:基本设施项目成功的关键是制定合理的项目计划或进度表,然后根据计划执行项目。但是,建筑行业在实现进度目标方面存在重大困难,并且建筑专业人员难以制定合理的基准进度表。本文的目的是通过将行业认可的进度质量度量标准应用于德克萨斯大学奥斯汀分校的高等教育资本设施项目所使用的基准进度表,以了解当前的基准进度表质量,发现问题并提供建议用于未来的高等教育资本设施项目。评估结果显示,在收集的49个行业认可的度量标准中,所有项目均通过了27个度量标准,而一个项目未能通过49个度量标准中其余22个度量标准。在制定基准时间表时,行业应特别注意以下常见问题:(1)划分超过30个工作日的活动; (2)创建或管理包含多个滞后的进度表; (3)最初使用唯一的任务名称; (4)为活动或里程碑分配至少一个前任和后任; (5)主要通过完成到开始的关系来制定时间表。 (C)2016年美国土木工程师学会。

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