» Biostatistics » Academics » MS Program » Statistical Genetics Track » Course Requirements
The MS in Statistical Genetics curriculum is designed to achieve the program’s competencies through courses totaling 36 credit hours and the capstone experience. The curriculum includes 30 credits of required course work and 6 credits of electives.
The required courses will enable degree candidates to gain proficiency in genetic study design and analysis. In rare circumstances, one or two required courses may be waived for students with demonstrated expertise in that field of study; however, students must still complete a minimum of 30 credits in order to be awarded the MS/SG degree. If a student places out of one or more required courses, s/he may instead opt to take a more advanced course in the same area or another elective course in Biostatistics or other discipline with the approval of the student’s faculty advisor.
Students wishing to waive one or more courses must request approval in writing from their advisors and the Director of Academic Programs.
The required courses enable degree candidates to gain proficiency in genetic study design and analysis.
| Course # | Course Name |
Points:
|
| P6104 | Introduction to Biostatistical Methods | 4 |
| P6400 | Principles of Epidemiology | 3 |
| P8104 | Probability | 3 |
| P8109 | Statistical Inference | 3 |
| P8120 | Analysis of Categorical Data | 3 |
| P8139 | Theoretical Genetic Modeling | 3 |
| P8141 | Genetic Analysis Laboratory | 3 |
| P8149 | Statistical Aspects of Human Population Genetics | 3 |
| P8163 | Statistical Methods in Genetic Epidemiology Journal Club | 2 |
| P8175 | Principles of Genetics for Biostatisticians | 3 |
| Total: |
30
|
Students also select 6 credits of course work from the list below. Other advanced courses from the Department of Biostatistics, other Departments in the Mailman School of Public Health, or elsewhere at Columbia may be substituted with approval of the student's academic advisor.
| Course # | Course Name |
Points:
|
| P6385 | Principles of Genetics and the Environment I |
3
|
| P6386 | Principles of Genetics and the Environment II |
3
|
| P6700 | Selected Issues in Sociomedical Sciences |
3
|
| P8114 | Statistical Issues in Microarray Data |
1
|
| P8117 | Nonparametric Statistics |
3
|
| P8157 | Analysis of Longitudinal Data |
3
|
| P8160 | Topics in Advanced Statistical Computing |
3
|
| P9154 | Discrete Statistical Analysis |
3
|
| P8307 | Molecular Epidemiology |
3
|
| P8403 | Nutritional Epidemiology |
2
|
| P8405 | Genetics in Epidemiology |
3
|
| P8414 | Cancer Epidemiology |
3
|
| P8419 | Neurobiology and Genetics of Psychiatric Disorders |
3
|
| P8422 | Perinatal Epidemiology |
3
|
| P8440 | Epidemiology of Cardiovascular Diseases |
3
|
| G4055 | Decision Support in Biomedicine |
3
|
| G4060 | Evaluation Methods in Biomedical Informatics |
3
|
| W4606 | Elementary Stochastic Processes (Morningside campus) |
3
|
| Total: |
6
|
Department of Biostatistics
Mailman School of Public Health
722 West 168th Street, 6th Floor
New York, New York 10032
Tel: 212-305-9398