Ng Kian Hong Hong, Tiew Wen Jun, Woo Yook Ting Amanda, Lim Wei Xiong Nathaniel, Lim Tou Teik George, Baskaran Arleen Susan
Pharmacy, Changi General Hospital, Singapore
Pharmacy, Changi General Hospital, Singapore.
BMJ Open Qual. 2025 Mar 24;14(1):e003150. doi: 10.1136/bmjoq-2024-003150.
The rapid expansion of medication delivery service (MDS) during COVID-19 created many new roles in the pharmacy which are manpower intensive and not sustainable as pharmacy resumes counter collection services. To keep MDS operations sustainable, we identified the need to streamline and automate processes which are manual and repetitive. We seek to determine if the Plan, Do, Study, Act (PDSA) cycles would effectively reduce the man-hours required for the MDS over two phases in 1 year. Phase 1 involved digitalisation of order taking and automation of the data entry process. Phase 2 involved automating the order generation and accounting process to replicate the patient information matching task which was performed manually during bagging and dispatch of delivery orders. The baseline period for this study was from December 2020 to January 2021. The results following implementation of PDSA cycles in the respective phases were collected between January 2021 to June 2021 and July 2021 to December 2021. The average time taken for data entry per delivery order reduced from a range of 0.5 to 2.15 min to 0.08 to 0.1 min depending on the ordering method (p<0.05). The average time taken for bagging and dispatch per delivery order shortened from 2.7 min to 0.28 min (p<0.05). The improvements were sustained and cumulatively contributed to 11.8-man-hour savings. The impact of the interventions was discussed. As MDS gains prominence as an important alternative for medication collection due to its rapid expansion due to COVID-19, it is crucial for the pharmacy to expand its capacity and information technology capabilities to cope with higher workload from both MDS and walk-in patients.
在新冠疫情期间,药品配送服务(MDS)迅速扩张,在药房创造了许多新岗位,这些岗位人力密集,且随着药房恢复柜台取药服务,它们并不具备可持续性。为保持MDS运营的可持续性,我们意识到需要简化和自动化那些人工且重复的流程。我们试图确定计划 - 执行 - 研究 - 行动(PDSA)循环是否能在1年内分两个阶段有效减少MDS所需的工时。第一阶段涉及订单接收数字化和数据录入流程自动化。第二阶段涉及订单生成和计费流程自动化,以复制在配送订单装袋和发货过程中手动执行的患者信息匹配任务。本研究的基线期为2020年12月至2021年1月。在2021年1月至2021年6月以及2021年7月至2021年12月期间收集了在各个阶段实施PDSA循环后的结果。根据订购方式,每份配送订单的数据录入平均时间从0.5至2.15分钟减少到0.08至0.1分钟(p<0.05)。每份配送订单的装袋和发货平均时间从2.7分钟缩短至0.28分钟(p<0.05)。这些改进得以持续,并累计节省了11.8个工时。还讨论了干预措施的影响。由于新冠疫情导致MDS迅速扩张,使其作为药品取药的重要替代方式而备受瞩目,药房扩大其能力和信息技术能力以应对来自MDS和到店患者的更高工作量至关重要。