Hancock W M, Pollock S M, Kim M K
Industrial and Operations Engineering Department, University of Michigan.
J Med Syst. 1987 Oct;11(5):319-30. doi: 10.1007/BF00996347.
A methodology is presented with examples of the productivity, the staffing required, the resultant productivity, and costs that can be obtained for hospital units that are subject to random work demands such as laboratory, radiology, physical therapy, and nuclear medicine. The methodology assumes that the hospital has a labor productivity system that produces the RVUs or earned hours of work accomplished daily by shift. Factors considered are the distribution of the capabilities of the work force, the fatigue and delay allowances of the work standards, the quality of the work standards, the maximum amount of overtime that people will be asked to work, staffing policies such as constant or different staffing levels for each day of the week, and worker selection processes. Predicted results are compared with present practice, which indicates that substantial cost reductions can occur with the use of the methodology.
本文介绍了一种方法,并给出了一些示例,这些示例涉及生产力、所需人员配备、最终生产力以及可用于诸如实验室、放射科、物理治疗科和核医学科等面临随机工作需求的医院科室的成本。该方法假定医院拥有一个劳动生产力系统,该系统能够生成每日按班次完成的相对价值单位(RVU)或实际工作小时数。所考虑的因素包括劳动力能力分布、工作标准中的疲劳和延迟津贴、工作标准的质量、人们被要求加班的最大时长、诸如一周中每天固定或不同人员配备水平的人员配备政策以及工人选拔流程。将预测结果与当前做法进行比较,结果表明使用该方法可大幅降低成本。