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Explore the weird and wild world of microbiology, where life thrives in ways you've never imagined, from local agriculture to Antarctic ice to deep-sea volcanic vents. Students gain a foundation for careers built for discovery, developing skills that prepare them for cutting-edge roles in biotechnology, healthcare, environmental science, data-driven research and field research that could take them anywhere in the world, even space.
Built within the University of Florida Institute of Food and Agricultural Sciences (UF/IFAS), the Microbiology and Cell Science (MCS) department is a leader in agricultural and life sciences. We bring together molecular biologists, environmental scientists and computational researchers to study the full spectrum of microbial life.
MCS offers undergraduate programs leading to a B.S., graduate programs including M.S. and Ph.D. degrees, and graduate certificates providing flexible pathways for students at all stages. Courses are available online, hybrid and on-campus, with modern technologies that bring hands-on lab experiences to life. Faculty mentorship supports students as they analyze microbial systems, design experiments and tackle real-world challenges.
As one of the largest microbiology programs in the country, MCS prepares students for careers built for discovery in the lab, in the field and beyond. Graduates pursue innovative roles across biotechnology, healthcare, environmental science, corporate research and scientific leadership. Students leave ready to take on challenges, make breakthroughs and build adventurous, impactful careers wherever their curiosity leads.
Choosing the right graduate program starts with understanding your options. Compare UF's online M.S. in Microbiology and Cell Science with leading microbiology and bioscience master's programs to see how tuition, flexibility and academic quality set it apart.
Compare Similar Master's Programs →
Microbiology is central to some of the most important questions in modern science. At UF, researchers investigate how microbes shape human health, ecosystems, agriculture and biotechnology using approaches that span molecular biology, genetics, genomics, bioinformatics and artificial intelligence.
Microbial Ecology
Understand how microorganisms interact with each other and the environments they inhabit
Host-Microbe Interactions
Explore how microbes interact with humans, animals and other hosts in health and disease
Plant Microbial Biology & Microbe Interactions
Study how plants and microorganisms interact, shaping plant health, agriculture and ecosystems
Genomics & Bioinformatics & Artificial Intelligence
Use genomic sequencing and computational analysis to investigate microbial genes, genomes and biological functions
Microbial Genetics & Physiology
Investigate the genetic, molecular and cellular mechanisms that govern how microorganisms grow, function, adapt and survive
Microbiology and cell science drive discoveries in human health, biotechnology, environmental science and other rapidly evolving areas of research. Advances in genomics, bioinformatics, biotechnology and artificial intelligence are expanding how scientists study microorganisms, analyze biological data and address challenges in medicine, agriculture and the environment.
According to the U.S. Bureau of Labor Statistics (BLS), employment of microbiologists is projected to grow 6% from 2025 to 2035, with approximately 1,500 openings per year, on average. The median annual wage for microbiologists was $87,990 in May 2025, with the highest-paid 10% earning more than $150,000. Related fields also show strong growth potential: employment of data scientists is projected to grow 35% over the same period, while medical scientist employment is projected to grow 13%.
These opportunities extend beyond traditional microbiology laboratories. Depending on their education, experience and interests, microbiology and cell science graduates may pursue careers in biomedical research, pharmaceutical development, biotechnology, clinical research, diagnostics, food safety, environmental monitoring, regulatory science, bioinformatics and computational biology. Scientific knowledge can also support careers in science communication, public health and science policy.
As artificial intelligence transforms how scientific data is processed and analyzed, microbiologists continue to bring essential expertise in experimental design, biological systems, critical thinking and evidence-based interpretation. Combining knowledge of microorganisms and cellular processes with data analysis, programming and problem-solving skills can prepare graduates to contribute across established scientific disciplines and emerging areas of innovation.
A microbiology degree can open doors to careers in healthcare, biotechnology, environmental science, public health, research and even astrobiology. Whether you're interested in hands-on laboratory work, scientific leadership, field research or emerging industries, microbiology offers pathways across a wide range of professions and degree levels.
➜ Explore Careers in Microbiology
Build a foundation in laboratory science, biotechnology, public health and environmental monitoring. A bachelor's degree prepares graduates for entry-level scientific careers and professional programs in medicine, veterinary medicine and graduate education.
Develop specialized expertise and prepare for advanced roles in research, biotechnology, laboratory management, public health and industry leadership.
Lead scientific discovery through research, innovation, teaching and executive-level roles across academia, government and industry.
Explore how microbiology extends across environments, industries and non-traditional scientific careers. From field research in extreme ecosystems to applied science in communication, policy and technology, microbiology careers span a wide range of interests and applications.
Life at the cellular level
High-resolution confocal images captured by MCS students and faculty
Coming Soon
The latest in microbiology
Industry and departmental updates, breakthroughs and announcements
Research that drives discovery
Peer-reviewed articles from MCS faculty and student researchers
What Our Alumni Are Saying
"This program provided the flexibility needed to earn higher education while still keeping and maintaining a job. I was still able to have a vibrant social life and my work balance did not suffer due to it. The courses were challenging, but the staff was helpful and more than willing to assist with any issues I encountered."
Sources
¹ The Wall Street Journal lists the University of Florida as the No. 1 public university in its 2024 list of Best U.S. Colleges, ² https://www.bls.gov/ooh/life-physical-and-social-science/microbiologists.htm,³ Internal survey of self-reported data from graduates from 2020–2022, ⁴ https://doi.org/10.21916/mlr.2026.1
