The Master’s Degree Program in Computational Biology and Quantitative Genetics is designed for students seeking both theoretical and practical training in the quantitative analysis and interpretation of large-scale, public health genomic data.
Students will receive training in quantitative methods, including:
- linear and logistic regression
- survival analysis
- longitudinal data analysis
- statistical computing
- clinical trials
- statistical consultation and collaboration
Students will also gain a strong foundation in:
- modern molecular biology and genetics
- computer programming
- the use and application of tools for analysis of genomic data
- methods for integrative analysis
- meta-analysis of genes and gene function
The program, which is typically completed within 18-24 months, requires a minimum of 60 credits of course work and a supervised 20-credit Collaborative Research Thesis. The Collaborative Research Thesis is carried out at selected research institutions where trainees will have access to mentoring by experienced quantitative scientists with expertise in the analysis of genomic data. The thesis is presented in both oral and written form before a committee consisting of a thesis advisor and two other department faculty.