STRUCTURAL EQUATION MODELS WITH MPLUS
In-person events in Wiesbaden or online seminar on 2 days: €1,090 per person (net)
This course is aimed at professionals and career changers in the field of social and market research, as well as anyone interested in using research results.
Appointments: on request!
LEARNING OBJECTIVES AND AGENDA
Goals:
Theoretical background and use of structural equation modeling
Independently plan, implement (model) and check structural equations for their quality and accuracy
Analyze your own data, model complex structural equations and successfully implement them in practice
Data preparation, data import and implementation
Repetition of the regression analysis and its implementation
Theoretical and practical introduction to confirmatory factor analysis
Practice in using Mplus, specification of complex linear structural equation models
Model identification
Evaluation of model quality and model comparisons
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: 2 days
Rental fees for training notebook (on request): 60,- Euro (per day, per training computer)
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
Structural equation modeling is a statistical method that can be used to test theories in many areas of science and business. The advantages of this method include its theory-driven approach, the availability of statistical quality criteria for model evaluation, the explicit distinction between constructs and indicators, and the increased validity through modeling of measurement errors.
This course provides an introduction to the application of structural equation models. After providing the necessary theoretical background, the method is demonstrated and applied in practice using Mplus. Numerous practical exercises for independently creating and modeling structural equations round out the course, ensuring learning progress.