PROGRAM & ADMISSIONS DETAILS

Format, Funding and Requirements

Research From Day One

A Ph.D. in Microbiology and Cell Science is built around research. At UF, you'll know your major professor and research laboratory when you enter the program, giving you a defined research environment from the beginning.

Your research will become increasingly independent as you progress through the program. You'll learn to frame scientific questions, design experiments, analyze results, interpret evidence and communicate your findings while working with faculty and researchers in a major research university.

Your major professor provides focused mentorship within your research laboratory, while the broader MCS research community gives you opportunities to exchange ideas and collaborate with scientists working across microbiology and cell science.

The result is a doctoral experience centered on doing science, not simply studying it.

  • Coursework
  • Research
  • Dissertation

Research Areas

MCS faculty investigate questions across microbiology, cell science and related biological fields. These five research areas represent the department's major areas of research and provide a starting point for exploring potential faculty mentors and research laboratories.

Your research laboratory is the core of your doctoral experience, but your scientific community extends beyond your own lab. MCS faculty and students work across research areas, creating opportunities to share ideas, learn new approaches and collaborate with scientists studying different aspects of microbiology and cell science. As part of UF, an R1 research university, you'll also be part of a larger research environment with opportunities to work across disciplines and access advanced research infrastructure.

Microbial Ecology

Explore how microorganisms interact with one another and with the environments they inhabit. Research in microbial ecology examines microbial communities, environmental interactions and the processes that shape microbial life across diverse systems.

Host-Microbe Interactions

Investigate the molecular and cellular relationships between microorganisms and their hosts. Research in this area can examine how microbes establish themselves in a host, how host cells respond and how these interactions influence infection, immunity, health and disease.

Plant Molecular Biology & Microbe Interactions

Examine the molecular relationships between plants and microorganisms. Research can explore microbial colonization, plant-microbe signaling and the biological mechanisms that shape interactions between plants and the microbes associated with them.

Genomics, Bioinformatics & Artificial Intelligence

Use genomic data, computational approaches and artificial intelligence to investigate complex biological questions. Research in this area applies data-driven methods to understand microbial and cellular systems, identify patterns and generate new biological insights.

Microbial Genetics & Physiology

Investigate how microbial genes, regulatory systems and cellular processes control growth, adaptation, metabolism and responses to changing conditions. Research in this area connects molecular mechanisms to how microorganisms function and survive.


See What Ph.D. Research Looks Like at MCS

Finding a Parasite's Weakest Link

Javier Rosero, a Ph.D. candidate in Microbiology and Cell Science, studies Leishmania donovani, the parasite responsible for the deadliest form of leishmaniasis.

Working with his faculty mentor, Dr. Peter Kima, Javier helped identify a molecular mechanism the parasite depends on to reproduce inside human cells. Their research showed that the parasite recruits part of the host cell's own machinery to divide the protective membrane surrounding it. When that machinery was removed, the parasite could no longer divide or multiply inside the cell.

The work became a first-author paper in PLOS Pathogens and identified a potential vulnerability that could eventually inform new approaches to treatment.

Javier's research also demonstrates the depth of technical training available in MCS. He has become an expert in advanced confocal microscopy and uses live-cell imaging to observe parasites invading and reproducing inside host cells. He also trains other researchers in the department on the instrumentation and techniques he has developed.

His story is one example of what doctoral research can look like at MCS: a scientific question, a faculty mentor, advanced research tools and the time and training to pursue an answer.

Read Javier's Research Story ➜ 


PROGRAM BENEFITS

Life as an MCS Doctoral Student

Doctoral research is demanding, but it is also collaborative.

You'll spend much of your time in your research laboratory working closely with your major professor and research group. You'll also interact with other graduate students, faculty and researchers through seminars, journal discussions, collaborations, teaching and department activities.

MCS students present their research, attend scientific meetings, contribute to publications and participate in the everyday exchange of ideas that makes a research department work.

You'll also be part of the University of Florida's larger scientific community in Gainesville, where researchers across disciplines are working on questions in health, agriculture, environmental science, biotechnology, infectious disease and other areas of biological research.


Build the Skills Behind the Science

Research expertise is central to the Ph.D., but successful scientists also need to communicate their work, mentor others and navigate the professional world. 

 

Scientific communication
Present research at conferences, seminars and other scientific forums and develop the skills to communicate complex ideas clearly.

Teaching & mentoring
Build experience teaching scientific concepts and mentoring other students.

Grant Writing
Learn how researchers develop and communicate compelling research proposals.

Professional Experience
Develop the communication, collaboration and professional skills needed for careers in academia, industry, government and other research environments.


Build a Career Around Scientific Discovery

A Ph.D. is the path for scientists who want to create new knowledge, tackle complex research questions and take the lead on scientific work.

At UF, you'll spend years developing more than technical expertise. You'll learn how to frame research questions, design experiments, analyze evidence, communicate scientific findings and defend your conclusions. Those skills can open doors across academic research, biotechnology, pharmaceuticals, government and emerging areas of science and technology.

The goal isn't simply to earn a Ph.D. It's to become the scientist who can ask better questions, generate new knowledge and lead research wherever your field takes you.

 

Academic Research

Prepare for faculty and research positions at universities and research institutions through intensive research, scientific publication, teaching and mentoring experience.

Biotechnology & Pharmaceuticals

Apply your research expertise to discovery and development in biotechnology, pharmaceutical science, genomics and related industries.

Government & National Laboratories

Use your scientific training to investigate research questions and public challenges through federal agencies, national laboratories and other research organizations.

Emerging Science & Technology

Bring microbiology into growing fields such as computational biology, genomics, data science and other technology-driven areas of research.


From The Field

Explore what’s happening across Microbiology & Cell Science, from student and faculty research to new discoveries and the latest department updates.

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Life at MCS
Updates, stories and highlights from the MCS community

MCS Blogs

MCS Blogs

The latest in microbiology
Industry and departmental updates, breakthroughs and announcements

MCS Publications

MCS Publications

Research that drives discovery
Peer-reviewed articles from MCS faculty and student researchers


RESOURCES & SUPPORT

Male sitting at desk with an open laptop taking notes

Questions About Our Graduate Programs?

Connect directly with an MCS program advisor to discuss our on-campus and Distance Ph.D. options. Exploring your path to doctoral study? We can also help you understand how our M.S. and graduate certificates may fit into your academic and career goals.

 


FAQ