An introduction to using computer simulation in healthcare: patient wait case study

Area of Science:

• Healthcare Systems Engineering
• Operations Research
• Health Services Research

Background:

• Increasing healthcare competition necessitates efficient resource management.
• Assessing tradeoffs between service quality and operational costs is crucial for healthcare providers.
• Key areas for improvement include appointment access, waiting room delays, and telephone service efficiency.

Purpose of the Study:

• To discuss the application of simulation analysis in healthcare systems.
• To explore how simulation can be used to study and improve health system operations.
• To provide insights into the practical implementation and benefits of simulation in healthcare.

Main Methods:

• Utilizing simulation analysis to model and evaluate healthcare system performance.
• Conducting a case study focused on pediatric waiting times to demonstrate simulation methodology.
• Analyzing various aspects of simulation studies, including steps, analyses, and resource requirements.

Main Results:

• Simulation analysis offers a viable approach to understanding complex healthcare system dynamics.
• The case study illustrates the practical steps and potential outcomes of employing simulation for waiting time reduction.
• Identified key considerations for successful simulation implementation in healthcare settings.

Conclusions:

• Simulation analysis is a valuable tool for optimizing healthcare operations and improving patient services.
• Effective use of simulation can lead to better resource utilization and cost management.
• The paper provides guidance on healthcare simulation, including common pitfalls and software selection.