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Course Description

Sometimes the problem you need to solve involves amounts of data or numbers of decisions that go well beyond the capabilities of spreadsheets. You can work around these limitations by replicating spreadsheet methods of simulation and optimization in the script-based programming environment in R. The use of R carries the benefits of flexibility, automation, and expanded set of tools and algorithms.

In this course, you will work through the development and implementation of Monte Carlo simulations. You’ll become familiar with the R functions most commonly used for this purpose. You’ll also translate optimization problems that have been defined outside R to a form that supports computational solutions in R. You’ll work with both linear and nonlinear solution methods.

It is recommended that students have a background in data analytics especially with optimization, modeling, and monte carlo simulations, in addition to a familiarity with programming syntax.

You are required to have completed the following courses or have equivalent experience before taking this course:

  • Predictive Analytics in R
  • Clustering, Classification, and Machine Learning in R

Faculty Author

Chris Anderson

Benefits to the Learner

  • Simulate future outcomes for an index constructed from multiple sources of data
  • Make a decision based on a simulation model
  • Reduce decision uncertainty by visualizing and interpreting relative importance of a large number of independent variables
  • Obtain an optimized result in R
  • Interpret shadow prices from an R-based linear optimization
  • Interpret shadow prices from an R-based quadratic (nonlinear) optimization
  • Obtain an optimized result for a nonlinear, non-quadratic model

Target Audience

  • Analysts
  • Developers
  • Data scientists
  • Functional managers
  • Consultants
  • Any professional that uses data to make business decisions

Accrediting Associations

Applies Towards the Following Certificates

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Enroll Now - Select a section to enroll in
Type
3 week
Dates
May 22, 2024 to Jun 11, 2024
Total Number of Hours
24.0
Course Fee(s)
Standard Price $1,380.00
Type
3 week
Dates
Jul 31, 2024 to Aug 20, 2024
Total Number of Hours
24.0
Course Fee(s)
Standard Price $1,380.00
Type
3 week
Dates
Oct 09, 2024 to Oct 29, 2024
Total Number of Hours
24.0
Course Fee(s)
Standard Price $1,380.00
Type
3 week
Dates
Dec 18, 2024 to Jan 07, 2025
Total Number of Hours
24.0
Course Fee(s)
Standard Price $1,380.00
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