How to Find PhD Supervisors in Materials Science (and Get Funded)

Materials science is one of the few fields where searching the "right" department by name can actively work against you. Because materials research sits at the intersection of physics, chemistry, and several engineering disciplines, the professor whose work fits your interests best may be formally housed somewhere you wouldn't think to look. That single fact changes how a search should actually be run, and it's the part most generic supervisor-hunting advice skips entirely.

The same researcher can sit in four different departments

Materials faculty routinely hold joint or courtesy appointments across departments that don't share a name with "materials science." At Stanford, faculty are listed as professors of Chemical Engineering and of Materials Science and Engineering, with a courtesy appointment in Applied Physics. At Caltech, a professor with primary status in Chemical Engineering carries affiliated faculty status in Applied Physics and Materials Science. At USC, one faculty member holds a chair spanning Chemical Engineering and Materials Science and Aerospace and Mechanical Engineering simultaneously. At Northwestern, a single professor's title spans Materials Science and Engineering, Chemistry, Chemical and Biological Engineering, and Physics and Astronomy. If your search strategy is "browse the Materials Science department faculty page," you will systematically miss researchers like these, not because they're inactive, but because they're filed under a different primary department.

MRSEC: a concrete way to surface funded materials clusters

NSF's Materials Research Science and Engineering Centers program funds standing research centers built around two to three Interdisciplinary Research Groups, each addressing a fundamental materials topic, that can be based at a single institution or span a multi-institution partnership. Searching "[target university] MRSEC" is a genuinely useful, concrete first step for surfacing a cluster of well-funded, actively collaborating materials faculty at a school, rather than guessing lab-by-lab which specific professors currently have active grants.

DMREF: large, specific project grants worth knowing about

NSF's Designing Materials to Revolutionize and Engineer our Future program is a separate mechanism from MRSEC, funding individual project teams that integrate experiments, computation, and data-driven methods toward a specific materials design goal, with awards typically running $1.5 to $2 million over four years. Proposals in this space are sometimes shared with federal partners including the Air Force Research Laboratory, DOE's Office of Energy Efficiency and Renewable Energy, and the Office of Naval Research, which is also a useful clue: a materials group with DOE or defense-lab collaborators is often better resourced than its home department's page alone would suggest.

Where arXiv helps in materials science, and where it doesn't

Materials science has a genuinely different relationship to preprints than chemistry does. ArXiv's cond-mat.mtrl-sci category is real and actively used, sometimes cross-listed with related condensed matter subfields or even computer vision categories for materials-informatics work, which reflects the field's overlap with physics. But that usage skews toward computational and theoretical materials research. Experimental synthesis and characterization groups, the wet-lab and instrumentation-heavy side of the field, post to arXiv less consistently. A thin arXiv record for an experimentalist doesn't reliably mean the group is inactive, cross-check with Google Scholar or the university's own departmental research listing before concluding either way. Our guide on Google Scholar vs. ResearchGate for finding a PhD supervisor covers the general cross-checking approach worth pairing with this materials-specific caveat.

Funding structure: RA-driven, with a department safety net

Like most lab-based fields, materials science PhD funding typically runs through research assistantships paid from a specific professor's grant, alongside teaching assistantships and departmental fellowships. Several strong programs also offer a multi-year funding guarantee, structured as a commitment to fund a student for a set number of years through some combination of RA, TA, or fellowship support, which is worth checking for explicitly on a target program's page since it changes how much funding risk sits with your choice of advisor versus the department as a whole. Our piece on how research grants actually fund PhD students covers the underlying grant-to-stipend mechanics behind that RA funding.

A practical approach

• Don't limit your search to a single department page, check Applied Physics, Chemical Engineering, Mechanical Engineering, and Physics faculty listings too, materials researchers are routinely cross-listed.
• Search "[university] MRSEC" as a concrete first step to find clusters of well-funded, actively collaborating materials faculty rather than guessing lab by lab.
• Don't read a thin arXiv presence as inactivity for an experimental group, cross-check with Google Scholar, arXiv is a more reliable activity signal for computational and theoretical materials work.
• Look for departmental multi-year funding guarantees explicitly, they materially change how much funding risk rests on your specific choice of advisor.

Once you've identified professors whose current work genuinely fits your interests, wherever they happen to be formally housed, GradScoutFunding searches professors by field and country, confirms they're actively publishing, and drafts a personalized outreach email grounded in a real recent paper for you to review and send yourself. Get started with 100 credits with no card required.

Common questions