Students should also look at the opportunities available at the ICPSR Summer Program in Ann Arbor.
Faculty who wish to add courses or suggest changes to the description of their courses may email Michael Martinez. Links to course websites will be especially helpful. Thanks to my colleagues in the interdepartmental workgroup for exchanging information about their course offerings.
POS 6747 - Maximum Likelihood and the Linear Model. This course provides statistical methods for evaluating social science phenomena. The major topics to be discussed include: linear algebra, probability and distribution theory, statistical inference and hypothesis testing, the general linear regression model, the restricted general linear regression model, heteroscedasticity and autocorrelation, stochastic regressors, and other disturbance related regressions, multicollinearity, limited dependent variables, and generalized linear models. This course is currently offered by Jeff Gill.
POS 6933 (3) Qualitative Methods (3) This course is taught by
Leslie Anderson. This is a course on qualitative methods for conducting
social science research, with a strong emphasis on political research.
The methods covered include in-depth interviews with elite and non-elite
subjects, archival research, content analysis that creates quantitative
data bases from information texts, and focus groups. Students read
materials on each method of collecting data and receive class visits from
scholars who use some of these methods in their own research. The
bulk of the work load for the course consists of students conducting several
of these forms of research themselves, during the semester of the course.
Students complete one group research project and one individual research
project, each using different data collection techniques.
PUP 6006 - Policy Evaluation. An examination of methodologies appropriate to the analysis of public policies. This course is offered by Wayne Francis.
PUP 6009 - Public Policy Analysis. This course provides students with an introduction to the tools used to analyze policies and a discussion of the political elements that affect this analysis. The goal is to ensure that students understand the basic economic principles used to evaluate different public policy proposals. However, as this is a political science course, other principal goals are to highlight the weaknesses of some of these economic assumptions, discover how politics may alter these otherwise sound assumptions, and examine the political environment in which policies are analyzed and adopted. This course is offered by Renée Johnson.
POS 6933 (3) Bayesian
Methods for Social Sciences. (3) This course will introduce the basic
principles of Bayesian statistics to graduate students in the social science
and related fields without requiring an extensive background in mathematical
statistics. Our examples will be drawn from sociology, political science,
economics, marketing, psychology, public policy, and anthropology. This
course is taught by Jeff Gill.
POS 6208 - Empirical Political Research. This seminar is intended to equip students with the skills to conduct empirical research projects on social and political subjects. The skills emphasized include criticism/evaluation of research, problem and hypothesis formulation, concept development, measurement, data analysis and computer-based statistical analysis. The culmination of the course will be an original empirical research paper on some aspect of social or political behavior that interests you. This course was last offered by Ken Wald.
SY? ???? - Program Evaluation (3) This course will likely be offered Fall '02 and will be taught by Jodi Lane. It is not currently listed in the catalog and we are attempting to get it reinstated.
ECO 7424 Econometric Models and Methods. Walter Beckert. Econometrics
for 1st year Ph.D. students MW 3-4
ECO 7938 Best Empirical Practices in Economics. Larry Kenny. Learning how to recognize and do good empirical analysis, develops STATA skills. 1st year Ph.D. students. MW 5-6 2nd half of semester
EDF 6481--Quantitative methods in educational research (4 hours): t tests, analysis of variance, i multiple comparisons, design of experiments, power calculations; use of SAS. Spring.
EDF 7405--Advanced quantitative foundations of educational research (4 hours): correlation and regression analysis, sample size determination by power and estimation accuracy; use of SAS. Fall, Spring and Summer, on a rotating basis.
EDF 7432--Advanced psychometric theory (3 hours): special topics in psychometrics; usually includes factor analysis and generalizability theory. Spring.
EDF 7932--Multivariate analysis in educational research (3 hours); methods for testing ./ hypotheses about means in multivariate studies, maximum likelihood for missing data, multiple imputation, multivariate analysis of ordinal items. Spring.
EDF 6471--Survey design and analysis in educational research (3 hours): development of questionnaires and methods for psychometric and statistical analysis of survey data. Fall.
EDF 7405--Advanced quantitative foundations of educational research (4 hours): correlation and regression analysis, sample size determination by power and estimation accuracy; use of SAS. Fall, Spring and Summer, on a rotating basis.
EDF 7412--Structural equation modeling (3 hours): simultaneous equation models, exploratory t/ft/7" and confirmatory factor analysis, latent variable simultaneous equation models, factor analysis of ordinal items, multiple group analyses; uses of SAS and LISREL. Fall
EDF 7435--Rating Scale Design and Analysis in Educational Research (3 hours): development and psychometric analysis of rating scales.
EDF 7439--Item Response Theory (3 hours): item response theory and its application in educational and psychological research.
EDF 7474--Multilevel modeling (3 hours); multilevel models for analyzing clustered and repeated measures data; use of SAS and HLM. Summer
MAR 7626 Multivariate Statistical Methods in Marketing. Review of application of multivariate methods including multiple regression; factor discriminant and cluster analysis; and conjoint measurement to summarize and analyze marketing data. This course is currently offered by Stephen Shugan.
Others
STA 5701: Applied Multivariate Methods (Spring in odd number years)
STA 5823: Stochastic Process Methods
Many advanced courses designed for statistics graduate students are possible for social science students who have taken a year of statistical theory (e.g., STA 5325 and 5328 or else STA 6326-6327 which 1st-year stat graduate students take). These include courses in time series, categorical data analysis, nonparametrics, multivariate, Bayesian inference, stochastic processes, Monte Carlo methods, generalized linear models, design, sample surveys.