The state of academic polymer and materials science

The US publishes more polymer papers than it did in 2010, and a smaller share of the world's

US output grew +13% between 2010 and 2025, from 7,051 papers a year to 7,977. The world grew +87% over the same years and China went from 8,223 to 29,860. The US share fell from 15.4% to 9.3%. The whole of materials science tells the same story: US share 11.4% to 7.6%, China 20.8% to 38.3%.

Papers whose title or abstract mentions polymers, any author at a US institution. A paper with authors in two countries counts for both, and the world total includes papers whose affiliations OpenAlex could not resolve. US counts dip in 2021 and 2022 while the world total does not; this page does not establish why.

Fifteen years of fashions

Every ridge is a research topic, and the stack is in the order they peaked. Read it top to bottom and you watch the field change its mind: Fuel Cells and Related Materials crested in 2010, Polymer composites and self-healing not until 2025. Averaged over 2014-2016 against 2023-2025, Microplastics and Plastic Pollution went from 9 papers a year to 234 and Organic Electronics and Photovoltaics from 316 to 107.

Materials funding fell across most NSF programs

NSF Polymers awards that started in 2016-2018 carry $18M a year in obligations; awards that started in 2023-2025 carry $13M, in nominal dollars. That is not a polymer story: nearly every sibling program in the Division of Materials Research is lower too. The programs that are not: Designing Materials to Revolutionize and Engineer our Future and Macromolecular, supramolecular and nanochemistry (CHE).

Across every NSF award since 2015 whose text matches polymers, 3,498 awards name 573 distinct recipient names and 2,533 investigator and institution pairs. The ten best-funded institutions hold 22% of the dollars, the top fifty hold 59%. Abstracts mentioning sustainability or recycling went from 25% of awards to 32%; machine learning from 1% to 26%.

Program totals use the NSF awards API's program-name match, which includes co-funded awards, so read them as relative. Each award's obligations are counted in the year it started, and an award that started recently has had less time to draw supplements than one from a decade ago, so these are cohorts and not annual program budgets. Recipients and investigators are name strings, not resolved organisations and people: a researcher who moves counts twice. The final year is partial.

Where the field lives

NSF polymer dollars by state since 2015. CA $232M, MA $146M, TX $115M, NC $112M, PA $111M.

The 50 universities with the most polymer papers in 2021-2025 are the dots; green grew against their own 2012-2016 total, rose shrank.A volume cut hides the schools where polymers are the whole point, so four more are added on concentration: polymer is at least twice the national share (5.3%) of their physical-science and engineering papers. Every university that clears that bar wears a ring. Below the map, all 54 in alphabetical order with their year-by-year trend. No ranking: the differences between neighbours are mostly size, and the trend is the interesting part.

Polymers inside materials science

Polymer work is about 13.1% of US materials-science papers, and was 12.3% in 2010. Those are four sampled years, not a year-by-year series. Within the field's own subfield taxonomy, Polymers and Plastics went from 6.3% of US materials papers in 2016 to 7.9% in 2025, one of five subfields to gain share. Anything useful is a composite: the disciplines are not separable, and this page does not try.

Degrees with polymer in the name are rare

In 2023, US schools conferred 149 bachelor's, 132 master's, and 100 doctorates coded as polymer or plastics degrees. Materials-titled degrees: 1,849 bachelor's and 934 doctorates. Chemistry alone produced 11,163 bachelor's and 3,028 PhDs. What these codes cannot show is the training path: a polymer scientist is usually made inside a chemistry, chemical engineering or materials science department, under a particular professor, and graduates with that department's degree. A rare degree title is not a rare skill, and it is the professor who matters more than the program name.

The Survey of Earned Doctorates counts polymer chemistry doctorates directly: 174 in 2019, the highest year it reports, against 81 in 2023.

IPEDS completions by six-digit CIP code, first majors, via the Urban Institute: these count degrees awarded, not people, and not what anyone studied inside them. The SED figures are transcribed from its published tables rather than recomputed with the rest of this page. The SED revised its field taxonomy in 2021; polymer physics and polymer engineering stopped being reported as separate fields, and while polymer chemistry spans the whole period, the revision still sits inside that line.

What academia publishes, what industry hires for

Each bead is a theme, placed by how much more often it appears in US polymer papers from 2023-2025 than in the 3,779 classified open roles on Crosslinked, or the reverse. Bead size is the theme's combined weight. The literature leans toward biomedical (hydrogels, drug delivery), fibers and textiles, additive manufacturing. The postings lean toward composites, coatings and films, elastomers and rubber, thermosets, adhesives and sealants, electronic materials, foams, batteries, machine learning, processing. Neither side is wrong. They are different jobs.

Paper shares are keyword matches and overlap; a listing carrying two of a theme's tags is counted once. The base is the 3,779 of 4,303 open roles the classifier has characterised, because a listing with no tags is unclassified for every theme rather than empty of all of them. The two sides are still drawn differently: papers must mention polymers and sit at a US institution, while the listings are the whole board, academic posts included and not filtered by country. Those differences shift the postings side as a whole rather than any single bead. Read a bead as a difference in emphasis, not as a measured mismatch, and note our listings lean toward manufacturing employers.

Which degree the jobs ask for

Of 4,303 open roles, 68.4% accept a bachelor's, 5.5% ask for a master's, and 6.7% require a PhD. Posted salary ranges by degree, and the roles each degree tends to unlock, are below. Each card links to the live listings. About 34.7% of open roles carry no polymer subdomain tag at all, led by energy, chemicals, semiconductor employers. Untagged is not the same as no polymer in the job.

A PhD is a different career, not a better one. Funded doctorates are the norm in US chemistry and engineering; thesis master's programs are sometimes funded; professional master's programs usually are not.

Industry at the bench

Companies on the left, the universities they co-author polymer papers with on the right, 2021-2025. A curated list of companies: automatic institution matching invents companies that do not exist, so an aggregate share would not be honest.

Fifty fingerprints, and four specialists

Each rose is a university; each petal is its share of one of the field's 10 most common subfields, 2021-2025. The shapes are on a shared scale, so a long petal means the same thing everywhere. Alphabetical.The specialists are the schools a volume list misses: polymer is at least twice the national share of their physical-science and engineering papers, and every rose that clears that bar is tagged. If you are choosing where to study, this is the page's honest answer: not who is biggest, but who does what.