# presentation by xuyuzhu

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```									This CS & IT Symposium presentation has two parts—this
Powerpoint presentation and an Excel workbook/spreadsheet
with multiple sheets. The presentation: provides some
background; outlines activities using the spreadsheet; closes
with some assessment suggestions and resources. Examine the
presentation in "notes page" view. If that is not available,
http://www.cns.uni.edu/~east/scholarship/cs_it/modeling.ppt
http://www.cns.uni.edu/~east/scholarship/cs_it/simulation.xls
Modeling: Innovative Curriculum
for Computer Applications and
Computer Science

Philip East east@cs.uni.edu
Betsy Frederick betsy@silicon-desert.com
Modeling

   What is it

   Need for simulation

   Why use modeling and simulation
Benefits of Using Modeling
(& Simulation) in Education

   Benefits from problem-based activities
(creating and implementing models)

   Benefits related to computer use

   Benefits of working with teachers of other
disciplines
Teaching Using Modeling
(& Simulation)

 Various goals
 Using versus developing models

 Can use existing lessons
 Can develop your own lessons
Some Caveats
   Centralized and decentralized models

   Correctness of models and simulations
Always remember, the model and/or
simulation can be wrong
A Sample Model & Simulation
   Lots of things to model & tools to use

   Alternatives within population modeling

   Our goal–use population to illustrate the use
of spreadsheets in modeling & simulation
Population Model/Simulation #1
 Simple model & simulation (sheet “One”)
 Initial conditions & assumptions
 Short term results
 Longer term results
 Eventual results

   Accuracy of the model? the simulation?
Fixing Our First Attempt
 Fixing the first attempt (sheet “Two”)
 The new results?

   Variations in reproduction?

   Is the model accurate? Does it represent
what we wish it to?
Making Peeps more like People
   Making model & simulation more “human”

   Vary survival rates by age (sheet “Three”)
[another sheet shows how rates were determined]

   Vary survival rates by year (sheet “Four”)
Making Peeps more like People
(continued)

   Add possibility for catastrophe (sheet “Five”)

   Discussion
Remember to Assess your
Instruction
   Revisit the goals

   Were they met? How do you know?

   What can I (the teacher) learn to improve
my future teaching?
Wrap Up

   Questions?

   Discussion?
Resources
   Computational Science in Education
Teaching modules in biology, environmental science, chemistry,
physics, mathematics, using Excel, Stella, Mathematica.
http://www.ncsec.org/models.cfm

   New Mexico AiS (Adventures in
Supercomputing) Challenge
Project and problem based learning set in a context of a learning community
and a competition. Technical writing, research, team management, math
modeling, Summer Teacher Institute… http://challenge.nm.org
http://www.challenge.nm.org/archive/01-02/STI/mathmodeling.shtml

   Shodor Education Foundation
Models using the application Stella. Useful for ideas at least.
http://www.shodor.org/succeed/models/index.html
Resources
   WWW Resources for Earth System Science
Education