To teach you an understanding of discrete-event simulation modeling in Lean Healthcare. Specific course objectives:
Introduction of Lean Healthcare 1.0/2.0/3.0/4.0
Introduction of Simulation
Exploring the steps (and process) involved in a simulation project
Collecting and computing of time-persistent and observation-based statistics
Reviewing how a discrete-event calendar works for running a simulation model
Discussing how random numbers are generated – uniform numbers and other stochastic distributions
Building models and animations using the Simul8 simulation software
Visual Logic
Modeling User-Interface
Simulation Optimization (OptQuest)
Lean Healthcare Case StudyTo teach you an understanding of discrete-event simulation modeling in Lean Healthcare. Specific course objectives:
Introduction of Lean Healthcare 1.0/2.0/3.0/4.0
Introduction of Simulation
Exploring the steps (and process) involved in a simulation project
Collecting and computing of time-persistent and observation-based statistics
Reviewing how a discrete-event calendar works for running a simulation model
Discussing how random numbers are generated – uniform numbers and other stochastic distributions
Building models and animations using the Simul8 simulation software
Visual Logic
Modeling User-Interface
Simulation Optimization (OptQuest)
Lean Healthcare Case Study
Class notes will be made available in the class. No additional textbook is required.
class notes will be available int and class. no additional textbook is required.
| 評分項目 Grading Method | 配分比例 Grading percentage | 說明 Description |
|---|---|---|
| HomeworkHomework homework |
40 | ４-8次作業 |
| Semester ProjectSemester Project semester project |
60 | 書面報告(50%)，口頭報告(50%) |
