Basic Training Curriculum
Flexsim Basic Training is a course designed for those who have used simulation software before, as well as those for whom it will be a whole new experience. Whatever your background, we'll do our best to tailor the course to suit your needs. Basic training will give you everything you need to get started simulating on your own!
The following summaries outline the course curriculum:
Simulation Basics
A brief introduction to what simulation is, what problems it solves, how it is used, and what is meant by "discrete event".
Flexsim Basics
An overview of the key concepts used by Flexsim to model reality. A discussion of flow entites and their interaction with processing, queuing and transportation resources.
Flexsim Terminology
Modeling terms specific to Flexsim are defined. Understanding the terms Flexsim uses is key to understanding how to model in Flexsim.
Flexsim Modeling Steps
The five steps used in building a model are described in detail:
- Step1. Create a layout using library objects.
- Step 2. Make port connections.
- Step 3. Edit look and behavior of objects.
- Step 4. Compile and run the simulation.
- Step 5. View the results.
The students will build two models in conjunction with this chapter.
The Flexsim Object Library
A brief introduction to all the objects in the library and a description of their class behavior. The FixedResource and TaskExecuter classes are described in detail. The students will have the opportunity to build a model which requires many of the objects in the library.
Basic Modeling Functions and Logic Statements
Everything a modeler needs to know about the C++ language and the list of most-used commands is covered in this chapter. The students will work through four small modeling exercises to ensure their understanding of the language.
Concepts and Models
There are 19 basic modeling concepts that need to be understood to become a proficient modeler in Flexsim. This chapter teaches these concepts by having the students build models under the supervision of the instructor. By the end of this course, each student will have completed 4 exercises and 13 models!
