Ivey Publishing
South West Health Centre: Improving Patient Flow in the Intensive Care Unit
Product Number:
9B19E007
Publication Date:
05/23/2019
Revised Date:
05/23/2019
Length:
140 KB
Product Type:
Case (Gen Exp)
Source:
Ivey
Hospitals frequently deal with congestion and blockage that affects patient flow and increased costs. In 2018, at University Hospital, part of South West Health Centre, patient flow in the medical surgical intensive care unit seemed to be highly susceptible to congestion, and this was creating ripple effects throughout the hospital and leading to increased costs. The complexity of patient flow presented an opportunity to build a discrete-event simulation model to provide insights regarding the patient flow, costs, and opportunities for improvement. But how could the hospital’s management use a simulation model of patient flow to determine alternatives to optimize both patient flow and costs?
Learning Objective:
This case introduces basic queuing theory and discrete-event simulation (DES) models. Students should have previous knowledge of basic statistical distributions, Microsoft Excel formulas, and SIMUL8.0. After working through the case and assignment questions, students will be able to do the following:
  • Explain basic queuing theory, in particular, the M/M/1 and M/M/s models.
  • Create a simple DES model.
  • Evaluate a queuing system's performance measures.
Issues:
Disciplines:
Management Science
Industries:
Health Care Services
Setting:
Canada, Large, 2018
Intended Audience:
Undergraduate/MBA
Price:
$4.25 CAD / $4.25 USD Printed Copy
$3.75 CAD / $3.75 USD Permissions
$3.75 CAD / $3.75 USD Digital Download
Associated Materials
Supplements: 7B19E007 (140 KB)
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