How to Find PhD Supervisors in Immunology and Microbiology (and Get Funded)

Immunology and microbiology is one of the few lab-science fields where the department name, the funding mechanism, and the actual lab you'd work in can all disagree with each other. A standalone immunology department, a combined microbiology-and-immunology department, and an umbrella biomedical sciences program can all sit a few buildings apart on the same campus, each training the same kind of researcher under a different label. Add in a biosafety clearance process that runs on its own clock, separate from funding entirely, and a search strategy built for a cleaner field like genetics or biochemistry starts missing real professors and real timelines. This guide focuses on what's genuinely specific to immunology and microbiology rather than repeating funding mechanics already covered in our broader lab-science guides.

The field runs through at least three different department structures

Mayo Clinic runs a genuinely standalone Immunology PhD inside its Graduate School of Biomedical Sciences, with its own admissions track and a guaranteed internal fellowship covering five years. That's a real, working example of the field having its own dedicated department, not just a theoretical possibility. But a larger share of strong programs organize it differently. University of Miami, the Medical College of Wisconsin, New York Medical College, and the University of Louisville each run a single combined Department of Microbiology and Immunology, with Miami's covering cellular and molecular immunology, virology, microbial genetics, and pathogenic bacteriology all under one administrative roof. A third pattern skips a named immunology or microbiology department at the admissions stage entirely: the University of Virginia's BIMS program, the University of Kentucky's Integrated Biomedical Sciences program, and the University of Alabama at Birmingham's Graduate Biomedical Sciences program all admit students into a shared first-year umbrella, run lab rotations, and only have students formally join an immunology track or department after they've picked a mentor. Boston University adds a fourth variant on top of that: its immunology training program accepts applicants admitted through either the Virology, Immunology & Microbiology department or the separate Pathology department, so the same research area has two legitimate front doors at one school. None of these structures makes a program weaker, it's simply how each university has chosen to administer the field, but it means a search limited to one department name will genuinely miss professors doing exactly the work you want.

Inside microbiology, "bugs" and molecular immunology are a real internal split

Microbiology itself isn't one research identity, and some programs name the split outright. The University of Mississippi Medical Center's PhD offers explicit emphases in bacteriology, immunology, or virology as distinct tracks inside one program, treating the classic "bugs" side of the field, bacteriology and virology, as genuinely separate from an immunology-focused track rather than folding everything into one generic label. Other programs blend the two framings into a single department's stated scope instead, Miami's department research areas span all four, cellular and molecular immunology, virology, microbial genetics, and pathogenic bacteriology, while East Carolina's program leans further toward molecular genetics alongside a more traditional microbiology and virology core. What this means practically: a professor studying how a bacterial pathogen manipulates a host's innate immune response might publish in immunology journals, present at immunology conferences, and still sit administratively inside a microbiology department, or the reverse, an immunologist studying autoimmune disease might have no microbiology affiliation at all despite sharing a building with one. Search a target program's faculty research pages and recent publications by keyword and subfield, the way you would for a biochemistry program's umbrella-naming problem, not only by whichever department name you typed into a search bar first.

NIAID T32 training grants are common here, and just as citizenship-gated as everywhere else

NIAID-funded T32 institutional training grants are a real and common funding backbone in this field specifically, and several schools name theirs directly. Wake Forest's immunology and microbiology T32 supports four PhD trainees a year. Stanford has run its Molecular and Cellular Immunobiology T32 for decades, supporting both predoctoral and postdoctoral trainees. The University of Colorado's immunology students can draw on at least three separate T32 training grants. None of that changes the underlying federal rule, though: the University of Michigan's own immunology T32 page states plainly that because the grant is federally funded, applicants must be US citizens or permanent residents, the same restriction that applies to every NIH T32 and F31 covered in our biotechnology funding guide. If you're an international applicant, the practical target in this field is the same as in most grant-funded lab sciences, a specific professor's own active NIH research grant with an open assistantship line, not a training-grant slot built for US trainees.

AAI's Careers in Immunology Fellowship: a PI-held award worth reading carefully

The American Association of Immunologists runs a named fellowship that works differently from a standard training grant, and it's specific to this field. The Careers in Immunology Fellowship Program awards one year of funding for a single predoctoral trainee or postdoctoral fellow, but the award itself goes to the PI, who must be an AAI member in good standing whose total annual direct research costs from all sources run no higher than $350,000. That funding cap is a genuinely useful signal on its own: a lab that qualifies is, by definition, a smaller or earlier-career operation rather than a large, heavily funded group, worth knowing before you assume "funded" automatically means "well-resourced." On the student side, the trainee must themselves be an AAI member and must have already passed their PhD qualifying or candidacy exams by the March 15 application deadline, which makes this a second or third-year award rather than entry funding. We reviewed AAI's own program materials and didn't find an explicit citizenship restriction stated for the predoctoral trainee the way T32 and F31 state one outright, but that's worth confirming directly with AAI before you plan around it, since terms can shift between cycles and membership requirements apply regardless.

ASM is a real professional network, and a modest one for direct funding

The American Society for Microbiology is the field's other major professional body, and it's genuinely useful for identifying who's actively publishing and presenting in a specific microbiology subfield before you narrow a list of professors, its annual ASM Microbe meeting and its technical divisions function the way a field-specific conference should. As a direct funding source for a PhD student, though, it's narrower than it might first appear. Its Student and Postdoctoral Travel Award helps offset the cost of attending ASM Microbe, a modest, competitive award decided by a review committee based on submitted abstract quality, with acceptance rates reported around a quarter to a third of applicants at some institutions. Its Future Leaders Mentoring Fellowship goes further for master's and doctoral students from underrepresented groups, covering conference registration, lodging, and a travel stipend alongside year-round mentoring. Treat ASM the way our nuclear engineering and forestry guides treat their own field societies: a genuinely valuable research and networking layer, not a primary funding mechanism to count on for your core PhD stipend.

BSL-2 and BSL-3 lab access is its own timeline, separate from funding entirely

This is the constraint that doesn't show up the same way in biochemistry, genetics, or most other lab-science field hubs, and it's worth understanding before you commit to a specific lab or rotation. Working with many bacterial pathogens, several respiratory viruses, and other infectious agents common in immunology and microbiology research requires access to a Biosafety Level 2 or Level 3 facility, and that access is a layered institutional clearance process, not a form you sign once. University biosafety programs typically require a staged sequence: general lab safety coursework, a facility tour, then a supervised observation period in BSL-2 and then BSL-3 space before anyone is cleared to work with live material unsupervised. On top of that, most institutions require medical clearance through student health services specifically, covering items like tuberculosis surveillance, hepatitis B status, and annual flu vaccination, renewed every year rather than cleared once and forgotten. You also need to be formally named on an approved institutional biosafety committee (IBC) protocol, which itself requires your prospective PI to already hold an approved protocol and completed training of their own. One university biosafety office's own guidance warns that full authorization for BSL-3 access can take four months or longer, and some facilities add a further experience prerequisite before granting unescorted access. None of this means a BSL-3-dependent lab is a bad choice, it's simply a real timeline that runs independently of whether the lab is funded or actively publishing, so ask a prospective advisor directly, before you commit a rotation slot or turn down another offer, how long their institution's BSL-2 or BSL-3 clearance process actually takes and what it requires.

A practical search order

• Search a target university's graduate catalog for standalone immunology departments, combined microbiology-and-immunology departments, and umbrella biomedical sciences programs separately, since all three structures are genuinely common and a search limited to one name will miss real professors.
• Within microbiology specifically, check faculty research pages for the bacteriology/virology versus molecular immunology split by keyword and subfield, not just by department title, since the same research area can sit under either label depending on the school.
• If you're a US citizen or permanent resident, check whether your target department holds an active NIAID T32 and whether you'd be eligible for AAI's Careers in Immunology Fellowship once you've passed candidacy.
• If you're an international applicant, focus on a specific professor's own active NIH research grant with an open assistantship line rather than a T32 training-grant slot.
• If a lab's current work depends on BSL-2 or BSL-3 access, ask directly, before committing a rotation or an offer, how long that institution's clearance process realistically takes.

Once you've worked out which professors in this field are genuinely active, our guide on checking a professor's grant funding before emailing them walks through the direct tools for confirming they currently hold active funding, including NIH RePORTER. GradScoutFunding handles the search itself: it finds professors by field and country, confirms they're actively publishing, and drafts a personalized first email grounded in one of their real recent papers for you to review and send yourself, it never sends anything automatically, and it never claims to verify that a professor currently has funding available, only that they're currently active. The free tier gives 2 free credits, no card required, and paid credit packs are one-time purchases that never expire.

Common questions