MS Program

Course Requirements

MS/APT Course Work

All MS/APT students must complete 30 credits of course work. The specific course work will vary depending upon the number and level of statistics courses previously taken.

For example:

  • Students entering the program with significant background in statistics including undergraduate or graduate level courses in probability and statistical inference might have sufficient preparation to take the doctoral level P9109 Theory of Statistical Inference course.
  • Students without significant background in statistics would take the master’s level P8109 Statistical Inference.

Prior to registration, MS/APT students will consult with their faculty advisors to determine the most appropriate program based on their background. If a required course is waived based on previous course work, the student may substitute another, more advanced course in place of the waived course. There is also some flexibility in planning a program tailored to a student’s interests (e.g., in biomedical informatics, clinical trials, or public health.)

MS/APT Curriculum for Students without Significant Background in Statistics*

*“Significant Background” is defined as having completed extensive course work in mathematical statistics (e.g., having majored in statistics as an undergraduate), including a one-semester course in Probability and a one-semester course in the Theory of Statistical Inference at the undergraduate or graduate level.

All Students Must Take: Points
P8104 Probability
3
P8109 Statistical Inference 3
OR
W4109 Probability and Statistical Inference (offered by the Department of Statistics) 6
As Well As:
P6104 Introduction to Biostatistical Methods 4
P6400 Principles of Epidemiology I 3
P8111 Linear Regression Models 3
P8120 Analysis of Categorical Data 3
P8140 The Randomized Clinical Trial 3
P8185 Capstone Consulting Seminar 1
Plus at Least One of the Following:
P8114 Statistical Issues in Microarray Data: Workshop and Journal Club 1
P8163 Statistical Methods in Genetic Epidemiology Journal Club 1
G4010 Responsible Conduct of Research & Related Policy Issues 1
Plus at Least Two of the Following:
P6110 Statistical Computing with SAS 3
P8117 Nonparametric Statistics 3
P8139 Theoretical Genetic Modeling 3
P8141 Genetic Analysis Laboratory 3
P8149 Statistical Aspects of Human Population Genetics 3
P8175 Principles of Genetics for Biostatisticians 3
P8180 Research Data Coordination: Principles & Practices 3
 
Total Number of Required Credits:
30

Sample Course Schedule with Appropriate Sequencing

This is just one example of an MS/APT program. There is some flexibility to include different electives as per individual student interests in areas such as biomedical informatics, clinical trials, or public health.

Summer Term: P6104 Introduction to Biostatistical Methods
Fall Term: P6400 Principles of Epidemiology I
  P8104 Probability OR W4109 Probability and Statistical Inference
  P8120 Analysis of Categorical Data
  Elective
Spring Term: P8109 Statistical Inference (if did not take W4109 in fall)
  P8111 Linear Regression Models
  P8140 The Randomized Clinical Trial
  P8185 Capstone Consulting Seminar
  Elective

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