The Master of Science in Genome Bioinformatics (MSGB) program prepares students for careers analyzing the human genome both in academia and in pharmaceutical and genomic testing industries. Graduates of the program will meet the growing need for computational analysts with expertise in manipulating, annotating, and interpreting human genome data. In addition to coursework and hands-on training, students will participate in a structured internship experience in industry or other non-academic setting to provide real world exposure to genome bioinformatics and hone analytic and communication skills in preparation for entering the job market.
Vision
Our MSGB graduates will be experts in applying computation tools for studying and interpreting the human genome in a future where genomics is central to precision medicine and biomedical research.
MS in Genome Bioinformatics Competencies
The goal of the MS in Genome Bioinformatics program is to prepare students for careers analyzing the human genome both in academia and in pharmaceutical and genomic testing industries. Toward this end, students will gain proficiency in the knowledge and skills required to manipulate, annotate, and interpret human genome data. These educational goals are organized into eight program-specific competencies. After successful completion of the MS in Genome Bioinformatics program, students will be able to:
- Process genetic and genomic data
- Construct pipelines for high-throughput analysis of data
- Annotate analysis results using contemporary bioinformatic resources
- Communicate analysis methods and results to stakeholders
- Describe data structures for holding genetic and genomic data
- Describe the methods for generating genomic data
- Analyze genetic and genomic data to address research questions
- Visualize quality metrics and analysis results
Human Genetic Competencies
In addition to gaining expertise in genome data analysis and interpretation, students completing the MS in Genome Bioinformatics program will gain proficiency in the foundations of the field of Human Genetics. Specifically, after completing the program, students will be able to:
- Describe basic genetic mechanisms and how they affect proteins, chromosomes, cells, individuals, and populations of organisms in normal and disease states
- Describe mechanisms by which genes and the environment interact to affect the distribution of health and disease in human populations
- Describe the importance of ethical principles, diversity, and inclusion in genetics research