Graduate Programs

Our graduate programs in microbiology provides broad training that prepares graduates with the flexibility and depth necessary to compete effectively for research positions in universities, industry and government. We focus on microbial physiology, microbial genetics, immunology, parasitology, pathogenic bacteriology, molecular biology, microbial ecology, and environmental microbiology.

What We Offer.

We offer both a MS in Microbiology and a PhD in Microbiology. We also offer an MS in Applied Molecular Biotechnology, making us just one of a handful of universities in the northeastern United States to provide such a professional degree program. We offer a Fifth-Year Master’s Program that allows academically strong undergraduate students to swiftly earn a graduate degree. The application deadline for our Ph.D. program is December 1. The application deadlines for the traditional two-year Master’s and accelerated Fifth Year Master’s programs are October 1 for spring admission and May 1 for fall admission. For the AMB Master's program, the application deadline is Dec 1, but we will continue reviewing late applications until positions are filled. 

Reference our Graduate Student Handbook for detailed information about requirements and process of degree completion.

A student at graduation waving to someone.

Our Graduates are Successful.

Our graduate enrollment is usually between 35 and 40 students. Most of our PhD graduates have been awarded postdoctoral fellowships at leading academic institutions.  Many graduates have either become faculty members in highly rated university departments or senior research positions in industry. 

Students in our Applied Molecular Biology and traditional MS programs have also been very successful with more than 90 percent placement after graduation. The majority continue onto biotech companies or research institutions in the Boston area.

Frequently Asked Questions

Meet the Graduate Program Director!

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Professor; Graduate Program Director

James Holden
My laboratory studies high-temperature anaerobic microorganisms that grow primarily in deep-sea hydrothermal vents. Specifically, I am interested in microbial life in the subsurface biosphere, the search for life on Earth and elsewhere, numerical modeling of microbial metabolism, microbe-mineral interactions, biomarkers, and the application of thermophiles in bioremediation and bioenergy. We employ modern biological tools to link genotypes, phenotypes, and functional responses to integrate cellular behavior within and among organisms. We employ experimental and mathematical methods to investigate the underlying principles of metabolic pathways that then lead to emerging behaviors. Ultimately, we study how individual species and microbial communities respond and adapt to environmental shifts to predict biological diversity and ecosystem dynamics.
Students in my lab gain experience in microbiology, cell culturing of anaerobic bacteria and archaea, bioprocessing, analytical chemistry related to cell growth, genomics, proteomics, bioinformatics, modeling, ecology, and scientific writing.
James Holden