SEM PPT
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Transcript of SEM PPT
© 2012
54321
Asia UniversityCollege of Management
Department of Business Administration
Quantitative Research MethodStructural Equation Modeling
Instructor : Professor Massoud Moslehpour
Structural Equation Modeling (SEM)
Chapter 14Pages: 247-260Vogt, W. P. (2007). Quantitative Reserah Methods for Professionals. Boston, MA: Pearson.
Structural Equation Modeling (SEM)
1. What is a model, and how can one be built?2. How is factor analysis incorporated into the model?3. How are the results of a full meauserement and structural
model?4. How can what has been learned be used to interpret actual
research results ?5. How is SEM used in causel inference?
Objective of this presentationWe will be able to develop a research model and test our hypotheses through Structural Equation Modeling.
SCENE
Structural Equation ModelingKeywords
Causal modelingModel TestingConfirmatory factor analysis
(CFA)Path analysisStructureStructural ModelMeasurement modelPath coefficients
Latent VariablesMeasured variablesFactor loadingsCorelation matrixCovariance matrixMaximum likelihood estimation
(MLE)Goodness of fitEndogenous construtcs (Dependent)Exogenous constructs (Independent)
Structural Equation Modeling
What is Structural Equation Modeling (SEM) ?
SEM is a regression analysis for measuring the relations among variables
SEM provides analysis of
Confirmatory Factor Analysis
Structural Model
Structural Equation Modeling
1. What is a model, and how can one be built?
A model is a representation of a theory.
Theory is a systematic set of relationships.
Structural Equation Modeling
2. How is factor analysis incorporated into the model?
Structural Equation Modeling
3. How are the results of a full meauserement and structural model?
Structural Equation Modeling
4. How can what has been learned be used to interpret actual research results ?
Structural Equation Modeling
5. How is SEM used in causel inference?
Structural Equation Modeling
LET’S DO TOGETHER TO SEE A REAL EXAMPLE... Generally, master thesis consists of 5 chapters
Chapter I: Introduction
Chapter II: Literature Review
Chapter III: Research Methodology
Chapter IV: Result
Chapter V: Discussion and Conclusions
Structural Equation Modeling
1. Choosing a study topic... Explorotary or ? We can find the topic in Journal papers (generally, inside of future study directions or e.g., conclusions, or limitations) Asia University, Library website for example: www.proquest.com or www.googlescholar.com
2. We need to determine objective...
3. We need to develope hypotheses... (e.g., literature review)
4. Methodology... (quantitative, qualitatitve) if quantitative which method e.g. SEM?
5. Interpration of the result for conclsions and implications...
Structural Equation Modeling
For example,
1.We chosed a topic which we really like. We are doing a study on tourism destination brand equity.
2.Our objective is to provide a new tourism destination brand equity conceptual model in marketing literature.
3.We have already reviewed the literature and developed our hypotheses.
4.We have 5 constructs (e.g., variables or called latent variables in SEM).
5.We have found that SEM is the best way and provide us powerful analysis technique. Because SEM provides us to see the relationship of all 5 constructs.
Structural Equation Modeling
We will be conducting confirmatory factor analysis (CFA) and structural model...
CFA is to see measurement variables are systematic and logical ?
Structural model is to see set of one or more dependence relationships linking the hypothesized model’s constructs...
LETS DO IT... together
Structural Equation Modeling
Software Program ?
AMOS, LISREL
THANK YOU VERY MUCH!!!
A person who never made a mistake never tried anything new.
Albert Einstein
Retrieved fromhttp://www.brainyquote.com/quotes/authors/a/albert_einstein.html
Learn from yesterday, live for today, hope for tomorrow. The important thing is not to stop
questioning.Albrt Einstein
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References
Vogt, W. P. (2007). Quantitative Reserah Methods for Professionals. Boston, MA: Pearson.