Ley-Chavez Adriana, Hmar-Lagroun Tatiana, Douglas-Ntagha Pamela, Cumbo Charlotte L
Industrial Engineering, Universidad de las Americas Puebla, Mexico (Dr Ley-Chavez); and Office of Performance Improvement (Ms Hmar-Lagroun), Patient Resources Administration (Ms Douglas-Ntagha), and Patient Resources Administration (Ms Cumbo), The University of Texas MD Anderson Cancer Center, Houston.
Qual Manag Health Care. 2016 Jul-Sep;25(3):134-40. doi: 10.1097/QMH.0000000000000095.
Inefficient facility layouts have been found to be a challenge in health care, with excessive walking adding to the demands of staff and creating delays, which can impact the quality of care. Minimizing unnecessary transportation during care delivery improves efficiency, reduces delays, and frees up resources for use on value-added activities. This article presents a methodology and application of facility design to improve responsiveness and efficiency at a large hospital. The approach described provides the opportunity to improve existing layouts in facilities in which the floor plan is already defined, but there is some flexibility to relocate key areas. The existing physical constraints and work flows are studied and taken into consideration, and the volume of traffic flow throughout the facility guides the decision of where to relocate areas for maximum efficiency. Details on the steps followed and general recommendations to perform the necessary process and data analyses are provided. We achieved a 34.8% reduction in distance walked (4740 miles saved per year) and a 30% reduction in floors traveled in elevators (344 931 floors, which translate to 842 hours spent using elevators) by relocating 4 areas in which frequently used resources are housed.
研究发现,低效的设施布局是医疗保健领域面临的一项挑战,过多的步行增加了工作人员的负担并造成延误,进而可能影响护理质量。在护理过程中尽量减少不必要的运输可提高效率、减少延误,并腾出资源用于增值活动。本文介绍了一种设施设计方法及其在一家大型医院的应用,旨在提高响应速度和效率。所描述的方法为改进设施的现有布局提供了机会,这些设施的平面图已经确定,但在重新安置关键区域方面仍有一定灵活性。研究并考虑了现有的物理限制和工作流程,整个设施的交通流量指导着为实现最高效率而重新安置区域的决策。文中提供了所遵循步骤的详细信息以及进行必要的流程和数据分析的一般建议。通过重新安置4个存放常用资源的区域,我们实现了步行距离减少34.8%(每年节省4740英里),电梯乘坐层数减少30%(344931层,相当于使用电梯花费842小时)。