* Load is given in academic hour (1 academic hour = 45 minutes)
Understanding of the theoretical basis of the MANOVA models, discriminant, canonical and cluster analysis; analysing and evaluating research papers in which these multivariate methods were applied; creating research designs where these methods should be used as an adequate methods of analysing the collected data; independent practical application of MANOVA models, discriminant, canonical and cluster analysis in psychological research using the SPSS software package
e-learning level 1
english level 1
Evaluate multivariate statistical procedures with regard to their limits and to satisfying the theoretical assumptions in concrete situations of application.
Design fundamental and or applied psychological research and construct and metrically evaluate psychological instruments.
Choose appropriate research methods and strategies for interventions in accordance with the characteristics of the members of different social groups and cultures as well as the specifics of their environmental and social context.
1. Explain the statistical and mathematical logic of MANOVA, discriminant, canonical and cluster analysis
2. Evaluate and assess the statistical requirements for the implementation of these multivariate methods.
3. Design a research plan suitable for applying these multivariate methods
4. Assess and analyse the data suitable for MANOVA, discriminant, canonical and cluster analysis using the software package SPSS
5. Interpret the results obtained from one of these methods within the given research problem
6. Explain statistical parameters obtained from the analysis
7. Evaluate the quality of the data and results obtained by these multivariate analysis
8. Assess the range and limits of the statistical conclusions derived by factor MANOVA, discriminant, canonical and cluster analysis
9. Estimate the quality of the scientific interpretation of the results obtained these methods.
1. Statistical logic of MANOVA - multivariate extension of ANOVA
2. Significance of multivariate F-test and interpretation of the MANOVA results
3. Using covariates -- MANCOVA
4. Logic of Discriminant analysis and analogy with MANOVA
5. Formation of discriminant functions; discriminative weights and discriminative loadings
6. Significance and interpretation of discriminant functions
7. Error estimates in group classification and validation of the results of discriminant analysis
8. Logic of Canonical analysis
9. Requirements for the canonical analysis
10. The formation of canonical functions; canonical weights, canonical loadings and cross-loading
11. Significance and interpretation of canonical functions
12. The relation between canonical analysis and other multivariate techniques
13. Cluster analysis - basic logic and methods of use
14. Methods of calculating the distance between the cases and the formation of clusters
15. Determining the number of clusters to retain
Activity in class (lectures and exercises) - 20%;
Seminal work - 30%;
Written exam - 50%.
- Klecka, W. R. (1980) Discriminant Analysis, Sage 19, London.
Harris, R. J. (1975) A Primer of Multivariate Analysis, Academic Press, New York.
Overall J. E. & Klett C. J. (1972) Applied Multivariate Analysis, McGraw-Hill Book Inc. New York.
- Hair, J.F, Anderson, R.E., Tatham, R.L. & Black, W.C., (1998) Multivariate Data Analysis, Prentice Hall, New Jersey.