30050 - APPLICATIONS FOR ECONOMICS, MANAGEMENT AND FINANCE
BIEMF
Department of Social and Political Sciences
Course taught in English
ARNSTEIN AASSVE
Course Objectives
The purpose of the course is to enable students to structure and conduct autonomously a research project based on the analysis of data sets concerning business, finance, economics and in general the social sciences. The course presents a set of tools with an applied perspective, providing the methodological knowledge that is necessary to conduct such projects with a fair level of competence and with the ability to choose appropriate statistical methods for various problems. The course gives support for the use of the software program SPSS, a widely used software package in the social sciences, though students are free to use other softwares.
Course Content Summary
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Introduction to applied research, research design, research question, causality
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Sampling and data sources, finding data for research projects
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Regression analysis: The simple one regressor case, multivariate regression, assumptions and properties, violation of assumptions and remedies, time series analysis and seasonality.
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One and two factors ANOVA
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Factor analysis: model, extraction, rotation, interpretation
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Scale construction and evaluation: reliability analysis and composite scores
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Cluster Analysis
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Regression analysis revisited: regression analysis in combination with factor analysis and cluster analysis, binary response models
Detailed Description of Assessment Methods
The written exam makes up 70% of the grade and the project 30%.
The exam is written and lasts two hours. It is possible to take the written exam in two partial parts. In this case, the first partial must be passed (18/30) to became eligible to do the second partial.
The exam and the project are valid until the end of AY 2013-14.
Textbooks
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P. Newbold, W.L. Carlson, B. Thorne, Statistics for Business and Economics and Student CD, 6/E, Prentice Hall (International Edition), 2007. For regression and ANOVA.
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Lecture notes (sampling, data sources, research design, factor analysis, scale reliability and cluster analysis)