Published on 01 January 2021

Analysis of hospital flow management: the 3 R’s approach

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Gayer, Bruna Dones;Érico Marcon;Bueno, Wagner Pietrobelli;Wachs, Priscila;Saurin, Tarcisio Abreu;Ghinato, Paulo

Description

Abstract Paper aims This article aims to study the logistics problems in Brazilian hospitals through Lean methods, approaching different aspects of logistics and the procedures adopted in health institutions such as receiving, storage and transporting. Originality The rising of hospitals’ costs is importantly impacted by hospital logistics. They are caused by aspects such as unstandardized processes and inadequate layout and equipment in critical stages of logistic operations. However, these problems are rarely addressed in literature. Research method We developed, through Design Science Research and lean tools, a model based on route, rhythm and routine (3 R’s) that enables the identification of logistics problems. Main findings Hospitals present complex logistic operations. The application of the model developed identified improvement opportunities due to unnecessary activities, lack of space and infrastructure, and lack of standardized procedures. These findings enable improvements in operations and a better comprehension of the factors that impact the processes of internal logistics. Implications for theory and practice The model provides a comprehensive view of the logistical process, its stages and aspects of improvement. Therefore, hospital managers can better identify and address logistical problems directly at non-value adding activities. Adaptations may be required due to the healthcare environment specificities.

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Metrics

Dataset Index

0.3

FAIR Score

13%

Citations

0

Mentions

0

Metrics Over Time

Publication Details

DOI

Publisher

SciELO journals

Assigned Domain

Subfield

Emergency Medical Services

Field

Health Professions

Domain

Health Sciences

Confidence Score

64%

Source

Open Alex

Keywords

91099 Manufacturing Engineering not elsewhere classifiedFOS: Electrical engineering, electronic engineering, information engineering

Normalization Factors

FT

15.38

CTw

1.00

MTw

1.00