Overview
This project is meant to be
a culmination of all that you have learned about system dynamics, and system
dynamics modeling. I would like for each of you to choose your own business article
that you think describes a dynamic business problem. From that article you need
to build a model of the problem and submit an executive summary to me. The following is a
breakdown of how I will be grading you on this project:
Article: 10 Points
Model: 15 Points
Executive Summary: 45 Points
Article Grading
I expect you to choose an article that has a legitimate business
problem that you believe to be dynamic in nature. This should be an easy 10
points.
Model Grading
You will be graded using three separate criteria. First is how easy your
model is to understand. Don’t add things that don’t belong. Remember that more
complicated is not always better, and simple models are often the most useful. Second, your model should
have at least one stock and flow structure (see assignment #3). Third, your model should
have at least one causal loop (see assignment #2). These three criteria are
worth 5 points each. Any common modeling errors will result in point deductions (ex:
linking variables directly into a stock, missing links from flows to stocks,
modeling variables as levels [box variables], etc.).
Executive Summary Grading
I would like you to approach this assignment as if you are either
a consultant or part of an internal group assigned to the problem described in
your article. I would expect you to include multiple references to topics we’ve
learned throughout the semester. The following is an outline
with examples of things you might consider including in your paper. This is not intended to be
an exhaustive list of items you should include but will hopefully point you in
the right direction.
Introduction - 1 to 2 paragraphs
Brief overview of article
Problem Articulation
Dynamic Hypothesis - 2 to 3 paragraphs
How did the problem arise
(bounded rationality, mental models, policy resistance, path dependence, flawed
cognitive maps, etc.?)
Endogenous explanations
Modeling process - 3 to 5 paragraphs
Explanation of causal loops (what is their polarity?)
Model assumptions
Validation methods
Modes of behavior (oscillation, exponential growth, s-shaped
growth)
Policy Review - 3 to 5 paragraphs
What are your policy change recommendations?
What is the expected outcome of such changes?
Will these changes cause any unintended consequences?
How long will it take for these policies to become effective
(delays)?
Conclusion - 1 to 2 paragraphs
This is the most subjective
portion of the assignment and I encourage you to be mindful of your writing
style, grammar, etc. If your paper is full of errors, or simply a regurgitation of the
article and/or text you will probably not receive a very good grade. There is no specific length
requirement, but I imagine you will need about 5 – 7 pages to sufficiently
explain your findings.
Submission
You will need to submit three separate items to me. I want a copy of the
article that you are using, the model that you built, and your executive
summary. All three items should be submitted in the assignments tab in
Learn. Models will not be accepted by any other means.
This
project is meant to be a culmination of all that you have learned about system
dynamics, and system dynamics modeling. I would like for each of you to choose your own business article
that you think describes a dynamic business problem. From
that article you need to build a model of the problem and submit an executive
summary to me. The
following is a breakdown of how I will be grading you on this project:
Article: 10
Points
Model: 15
Points
Executive
Summary: 45
Points
Article Grading
I
expect you to choose an article that has a legitimate business problem that you
believe to be dynamic in nature. This should be an easy 10 points.
Model Grading
You
will be graded using three separate criteria. First is how easy your model is to understand. Don’t
add things that don’t belong. Remember that more complicated is not always better, and simple
models are often the most useful. Second, your model should have at least one stock and flow
structure (see assignment #3). Third, your model should have at least one causal loop (see
assignment #2). These
three criteria are worth 5 points each. Any common modeling errors will result in point deductions (ex:
linking variables directly into a stock, missing links from flows to stocks,
modeling variables as levels [box variables], etc.).
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