Facilitating Patient-Centric Thinking in Hospital Facility Management: A Case of Pharmaceutical Inventory

• Published in: Buildings (Basel) 2022-07, Vol.12 (7), p.888
• Main Authors: Xie, Xiang, Fang, Zigeng, Chen, Long, Lu, Qiuchen, Tan, Tan, Ye, Zhen, Pitt, Michael
• Format: Article
• Language: English
• Subjects: Communication; Cost control; COVID-19; Facilities management; facility management; Forecasting; Health care industry; Health services; hospital environments; Hospital facilities; Hospitals; Indoor air quality; Infrastructure; Inventory; Inventory control; Inventory management; Length of stay; Logistics; Logistics management; Medical equipment; Medical technology; Outdoor air quality; patient-oriented; Patients; pharmaceutical services; Pharmaceuticals; Pharmacy; Supply chains
• ISSN: 2075-5309; 2075-5309
• DOI: 10.3390/buildings12070888

Conventional hospital facility management (FM) focuses on reasonably allocating various resources to support core healthcare services from the perspectives of the FM department and hospital. However, since patients are the main service targets of hospitals, the patients’ demographic and hospitalization information can be integrated to support the patient-centric facility management, aiming at a higher level of patient satisfaction with respect to the hospital environment and services. Taking the pharmaceutical services in hospital inpatient departments as the case, forecasting the pharmaceutical demands based on the admitted patients’ information contributes to not only better logistics management and cost containment, but also to securing the medical requirements of individual patients. In patient-centric facility management, the pharmacy inventory is regarded as the combination of medical resources that are reserved and allocated to each admitted patient. Two forecasting models are trained to predict the inpatients’ total medical requirement at the beginning of the hospitalization and rectify the patients’ length of stay after early treatment. Specifically, once a patient is admitted to the hospital, certain amounts of medical resources are reserved, according to the inpatient’s gender, age, diagnosis, and their preliminary expected days in the hospital. The allocated inventory is updated after the early treatment by rectifying the inpatient’s estimated length of stay. The proposed procedure is validated using medical data from eighteen hospitals in a Chinese city. This study facilitates the integration of patient-related information with the conventional FM processes and demonstrates the potential improvement in patients’ satisfaction with better hospital logistics and pharmaceutical services.