Undergraduate Concentration in Statistics
Overview and Goals of the Program:
Statistics has a theoretical core surrounded by a large number of
domains of application in diverse fields, including economics,
psychology, biology and medicine, sociology, population sciences,
government, anthropology, astronomy, physics, chemistry, geology,
engineering, and computer science. At Brown, graduate training in
Biostatistics is available in the Department of Community Health and
in Mathematical Statistics in the Division of Applied Mathematics. In
addition, several other Departments are offering introductory and even
advanced courses in statistical methodology, including the Departments
of Economics, Sociology, Psychology, Political Science and Computer
Science.
The Undergraduate Concentration in Statistics, established in 1997,
is an interdepartmental program, administered by the Center for
Statistical Science and leading to the Sc.B. degree. It is supervised
by a faculty program committee, representing all interested
departments. The program is constructed on several premises: that
statistics is a scientific discipline in its own right, with its
characteristic methodology and body of knowledge; that it is
essentially concerned with the art and science of the analysis of
data; and that it is best taught in conjunction with specific,
substantive applications. To this end, the concentration is designed
to provide a foundation of basic concepts and methodology, requiring
students to take core courses in the discipline itself, and to expose
students to a cross-section of statistical applications, through
courses (of their own selection and subject to approval) in the
social, biological and natural sciences. In a senior honors thesis,
each student will be required to carry out a major project of
statistical data analysis in one of these disciplines. The
Concentration prepares students for careers in industry and
government, for graduate study in statistics or biostatistics and
other sciences, as well as for professional study in law, medicine,
business, or public administration.
The program begins with a foundation in mathematics and computing,
combined with an elementary introduction to statistical thinking and
practice. A set of three core courses builds on this foundation by
providing a comprehensive account of the fundamentals of statistical
theory and data analysis. At this point, the students in the
concentration are ready to delve into more advanced material covering
important areas of statistical methodology. In addition to formal
coursework, students will have opportunities to acquire practical
experience in study design, data management, and statistical analysis
by working as undergraduate research assistants in projects in one of
the participating academic Departments or Research Centers at
Brown.
The concentration requires twelve one-semester courses
and participation in the senior seminar. The required
courses are as follows:
Level I: Foundations
- Mathematics:
Three courses, including courses in multivariate
calculus and linear algebra.
- Computing:
· AM 0016 (Introduction to Computing Sciences)
- Introduction to Statistical Thinking & Practice:
One of the following:
· Sociology 0110 (Introductory Statistics for Social Research)
· Economics 0162 (Introduction to Econometrics)
· AM 0065 (Essential Statistics)
Level II: Core Courses in Theory and Data Analysis
- Foundations of Mathematical Statistics:
· AM 0165, AM 0166 (Statistical Inference )
· or MA 0161(Probability), MA0162 (Mathematical Statistics)
- Principles of Biostatistics and Data Analysis:
· BC0213
Level III: Advanced Courses in Statistical Methods
- Statistical computing:
AM 169 (Computational Probability and Statistics)
- Applied Regression Analysis:
BC 216
- Two electives from the following courses:
Social Sciences
· EC0163, 0164 (Econometrics)
· EC0203 (Introduction To Econometrics I)
· EC0204 (Econometric Methods)
· EC0263 (Econometric Theory)
· EC0264 (Microeconometrics)
· SO0222 (Adv. Quantitative Methods of Sociology Analysis)
· SO0223 (Techniques of Demographic Analysis)
Biostatistics
· AM0171 (Information Theory)
· AM0282 (Statistical Inference in Molecular Biology)
· BI0142 (Experimental Design)
· BC0261 (Statistical Methods in Bioinformatics)
· BC0250 (Modern methods for Categorical Data Analysis)
· BC0251 (Generalized Linear Model)
· BC0212 (Methods in Epidemiologic Research)
· BC0252 (Analysis of Lifetime Data)
· BC0234 (Clinical Trials Methodology)
· BC0253 (Analysis of Longitudinal Data)
· BC0260 (Bayesian methods)
Prospective students will be able to obtain Advanced Placement
credit for the requirements in mathematics, computing, and
introductory statistics. Students who have already completed an
introductory course in statistics will be granted permission to
proceed to Level II core courses if they meet the prerequisites in
mathematics and computing. Honors
work in statistics requires the completion of a senior thesis and
superior record in the concentration.
The concentration is administered by the Center for Statistical
Sciences (http://www.stat.brown.edu), located on the 7th
floor of 121 South Main Street.
For further information on the program please contact:
Professor Jean Wu
Center for Statistical Sciences, Box G-S121-7, 7th Floor
e-mail: zwu@stat.brown.edu
Tel: 401-863-1230
Fax: 401-863-9182
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