Skip to content

Sichun-Li/Toy-Horse-Conjoint-Analysis

Folders and files

NameName
Last commit message
Last commit date

Latest commit

 

History

25 Commits
 
 
 
 
 
 

Repository files navigation

Toy Horse Conjoint Analysis

In this project, we conducted conjoint analysis to optimize product mix and redesign the product line for a small toy company, EarlyRiders.The datasets available were consumer rating data for different products and product profiles data including information about mix of 4 attributes: price, height, motion, and style.

Tool: R

  • did data cleaning and dealt with NA
  • built a regression model to estimate each individual's part-utilities on 4 attributes and predicted for missing profiles (ratings and part-utilities)
  • performed cluster analysis through K-means modeling based on conjoint part-utilities; visualized clustering results with pie chart, ellipse plot and bar plot; chose 3 as the number of segments based on elbow rule and plot reports
  • conducted a priori segmentation using demographic variables, gender and age; constructed segment-level regression models to profile the attribute preference of each gender-age group
  • simulated market shares and calculated profit for 14 different product line scenarios considering competitive response and cannibalization; recommended short term and long term product mix

Outcome: With our modified product mix, the profit will increase by 80% in five years.

To view the code, please click the following link.

http://htmlpreview.github.io/?https://github.com/Sichun-Li/Toy-Horse-Conjoint-Analysis/blob/master/Toy%20Horse.html