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MEASURING CUSTOMER PREFERENCES: APPLIED CONJOINT ANALYSIS WITH R

In-person events in Wiesbaden or online seminar on 1 day: €1,090 per person (net)

For all market researchers who want to learn conjoint analysis in a thorough and practical way.

Dates for open training courses: on request!

OPEN TRAINING

In-person event in Wiesbaden

or online seminar

€1,090.00

per person, plus statutory VAT

In- person events will take place in Wiesbaden and will be held with a minimum of two registrations (offer guarantee)

IN-HOUSE SEMINAR

Seminars held at the customer's location

€1,390.00

per day up to 4 participants plus statutory VAT

All content of the in-house seminars is individually tailored and taught to specific target groups .


Intensive follow-up support enables participants to implement their knowledge in the shortest possible time.

Recommended seminar duration: 1.5 days

Rental fees for training notebook (on request): 60,- Euro (per day, per training computer)

LEARNING OBJECTIVES AND AGENDA

Goals:

  • Plan and conduct preference experiments yourself

  • Conduct conjoint analyses

  • Use the results of conjoint analyses for your own marketing activities

  • Introduction to the topic of conjoint analysis

  • Random Utility Theory: Alternatives, Preferences and Decisions

  • The linear conjoint model

  • Preference experiments / Experimental designs

  • Pricing & Willingness to Pay

  • Additive Conjoint Analysis (ACA)

  • Choice-Based Conjoint Analysis (CBC)

Conjoint analysis with R
Conjoint analysis with R

WORKSHOP

You tell us your topics!

Price on request

plus statutory VAT and travel expenses if applicable

All workshop content is individually tailored and taught to specific target groups .

We are happy to conduct the workshop at your location, in Wiesbaden or online.

Rental fees for training notebook (on request): 60,- Euro (per day, per training computer)

CONTENTS

The aim of the course is to provide the necessary background and practical knowledge to successfully conduct conjoint studies. In addition to standard conjoint analysis, the focus is also on choice-based conjoint analysis (CBC) and additive conjoint analysis (ACA). In addition to teaching the necessary theoretical concepts, the practical computer-assisted application of these methods will then follow.

The statistical program R and suitable additional packages are primarily used to implement the additive and choice-based conjoint analyses.

In addition, the (partial) implementation in IBM SPSS Statistics® can also be demonstrated if interested.

No other software packages are required for implementation. Intensive practice of the procedures is a fundamental component of the course, as this is the only way to achieve the highest possible learning success.

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