WORKSHOP TOPICS
Introduction to
System Dynamics
We begin the workshop by focusing on how
system dynamics can be applied to address dynamic problems of systems.
The objective of this section is to introduce the method and
supporting suite of tools with an overview of the defining goals,
concepts, utilization, and intervention methods.
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History of system dynamics |
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Goals, concepts, and tools of system
dynamics |
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Implications of feedback methods for
management and planning |
System dynamics intervention/ utilization in
business and research
Applying System Dynamics Tools
This section illustrates how to use system dynamics tools to help
frame a problem within a dynamic system. Interactive discussions and
hands on examples are used to build skills in developing influence
diagrams and identifying common system archetypes.
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System diagramming tools |
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Ways to represent system structures |
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Identifying common system archetypes |
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Linking the system structure with the
representation of behavior over time |
System Dynamics Modeling
This section introduces principles of using
computerized dynamic simulation models to fully examine and challenge
our assumptions about systems. In addition to group discussions,
participants have an opportunity for hands on development of simple
models using the PowersimÒ
software.
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Role of simulation models |
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Types of simulation models |
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Software basics |
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Model building exercise |
Learning from Simulation Models
Once we have a model, how can we learn from it?
This is the question we tackle in this module. Sample simulation
models illustrate the process of using models to create a deeper
knowledge about the behavior of systems.
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Overview of sample models |
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Types of learning possible |
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Scope of simulation models |
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Small group exercise |
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Facilitating model-based learning |
Interactive Case Study
The case study provides an opportunity to apply the system thinking
tools just discussed in defining the structure of a applied problem.
The format is similar to that used in a typical system dynamics
intervention when defining the initial scope and structure of the
problem within a dynamic system. |