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Students are closely supervised at all stages of their training, and have access to faculty advice through their thesis advisor, Qualifying Examination Committee and Thesis Research Advisory Committee, or TRAC. For more information regarding the training program, please refer to our Student Training Handbook link below: The training faculty for the Program in Genetics and Development includes all the faculty of the department as well as additional faculty in other departments who have special interests in Genetics and Development.

A Training Committee oversees the program and the progress of all students. The department's laboratory facilities are modern and well equipped for virtually all kinds of genetics research.

Research training begins with rotations through three research laboratories in the first year, after which each student chooses a laboratory for thesis research. degree is awarded after completion of the Qualifying Examination.

At the end of the second year and beginning of the third, students complete a two-part Qualifying Examination based on a research project. Training is completed with the successful defense of a thesis, usually 4-6 years from entry into the program.

The program in Genetics and Development provides a broad, solid education in genetics and animal development, with rigorous training in critical thinking and experimental design.

Genetics is central to all of biology and the training program is guided by the principle that understanding the genetic control of development and physiology is a fundamental goal of biomedical research.

We offer training in a diverse range of research areas that include the regulation of gene expression, cell differentiation, and growth control, the molecular genetics of embryogenesis, cell patterning and organogenesis, the genetics and pathogenesis of inherited disease, the molecular genetics of cancer, molecular physiology, stem cell biology, the genetics of recombination and linkage analysis and human genetics and genomics, biological modeling of human diseases, and the development of targeted therapeutics as part of Columbia's Precision Medicine Initiative.

Model organisms from yeast to mouse complement studies of human genetics and development.

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The training program in Genetics and Development is supported by an NIH T32 training grant from the National Institute of General Medical Science.

The graduate program provides full support for all graduate students, including tuition, fees, health insurance and a living allowance.