Wilson Linda S
Clin Leadersh Manag Rev. 2003 Mar-Apr;17(2):90-8.
Benchmarks and design criteria previously used for planning consolidated laboratories such as bed size, staffing, and test volumes no longer apply. To achieve greater operational efficiencies, consolidated laboratories should be designed with open, flexible, and adaptable space using work flow/workstations, instrumentation requirements, and the degree of automation as the key design criteria. The primary objective of most consolidations is the reduction of staff with a substantial increase in workload. A critical factor when planning a consolidated laboratory is the ability of the space to accommodate the increase in testing and procedures to serve multiple facilities and growing outreach programs with fewer FTEs. Designing the laboratory starts with a thorough evaluation of work flow, testing procedures, desired adjacencies, and relationships within the laboratory. An area analysis should be developed describing in detail projected space requirements. Consideration should be given for the incorporation of automation/robotics and new, more efficient, and comprehensive instrumentation. Safety, noise, vibration control, lighting, and engineering support systems are all critical issues that also must be effectively addressed and incorporated into the design. Specific issues that will be discussed at this program include projected space requirements; review and development of existing and projected workstations; equipment requirements; lighting options; workload and procedures review; staffing procedures; flexibility/adaptability; relationships and adjacencies; flow diagrams; plan development; cost implications, on-site versus off-site facilities; and new construction versus renovation construction cost comparisons. Using specific examples from consolidated laboratory projects, we have designed a case study presentation by the laboratory director from a recently completed laboratory consolidation project serving a multihospital system. We will discuss the new design criteria and benchmarks that must be established to create a functional, operationally efficient, and profitable laboratory consolidation.
先前用于规划综合实验室的基准和设计标准,如床位规模、人员配备和检测量,已不再适用。为实现更高的运营效率,综合实验室应采用开放、灵活且适应性强的空间设计,将工作流程/工作站、仪器要求以及自动化程度作为关键设计标准。大多数合并的主要目标是减少员工数量,同时大幅增加工作量。规划综合实验室时的一个关键因素是空间能否容纳检测和程序的增加,以便用更少的全时当量人员为多个机构及不断发展的外展项目提供服务。设计实验室首先要对工作流程、检测程序、期望的相邻关系以及实验室内部的关系进行全面评估。应开展区域分析,详细描述预计的空间需求。应考虑纳入自动化/机器人技术以及新型、更高效、更全面的仪器设备。安全、噪音、振动控制、照明和工程支持系统都是必须有效解决并纳入设计的关键问题。本次研讨会将讨论的具体问题包括预计的空间需求;现有和预计工作站的审查与开发;设备要求;照明选项;工作量和程序审查;人员配备程序;灵活性/适应性;关系和相邻关系;流程图;规划制定;成本影响,现场与非现场设施;新建与翻新建设成本比较。通过综合实验室项目的具体实例,我们安排了一位来自最近完成的为多医院系统服务的实验室合并项目的实验室主任进行案例研究展示。我们将讨论为创建一个功能齐全、运营高效且盈利的实验室合并项目而必须确立的新设计标准和基准。