Technology Transfer

Technology transfer is the formal process by which discoveries, inventions, data, and know-how created at a university, government laboratory, hospital, or other research institution move into practical, commercial use outside that institution -- typically through patenting and licensing to an existing company, or through the formation of a new company (a spinout or startup) built around the technology. A given activity counts as technology transfer when three elements are present together: (1) an underlying research output capable of being protected or transferred (an invention disclosure, patentable invention, copyrighted software, biological material, or dataset), (2) a formal instrument moving rights or materials to an outside party (a license agreement, material transfer agreement, or equity/founding arrangement for a spinout), and (3) an institutional office or function -- almost always a Technology Transfer Office (TTO), sometimes branded an Office of Technology Licensing or Innovation and Commercialization Office -- that manages the disclosure, IP protection, and negotiation on the institution's behalf. In the United States, technology transfer involving federally funded research operates inside the framework set by the Bayh-Dole Act of 1980, which lets universities and other recipients elect to retain title to inventions made under federal funding, in exchange for specific obligations including timely disclosure, a preference for U.S. manufacturing, and government march-in rights.

ByCASRAI Editorial Board

· Last updated 18 Jul 2026

Worked examples

Is an instance

A university researcher discloses a new drug-delivery compound to the campus TTO; the TTO files a provisional patent application, then negotiates an exclusive license with a pharmaceutical company for further development and commercialization -- the textbook Bayh-Dole-era technology transfer pathway.

Is an instance

A federal laboratory enters a Cooperative Research and Development Agreement (CRADA) with a private manufacturer, jointly developing a technology that the manufacturer then licenses for market use.

Is an instance

A group of graduate students and their faculty advisor found a startup company to commercialize a machine-learning method developed in their lab, with the university's TTO negotiating a founder's equity stake and licensing the underlying patent to the new company (a research spinout).

Looks similar, but isn't

Not an instance

A university licensing its own name or logo to a merchandise vendor is a trademark-licensing transaction, not technology transfer -- there is no underlying research invention being commercialized.

Not an instance

Two faculty co-authors from different institutions collaborating on a jointly authored paper is research collaboration, not technology transfer, unless that collaboration also produces a disclosable invention that one institution's TTO takes action to protect and license.

Not an instance

A researcher simply publishing a dataset or method in a peer-reviewed journal, with no license, patent, or commercialization agreement attached, is open dissemination of research, not technology transfer -- publication and technology transfer are not mutually exclusive, but publication alone does not constitute it.

Technology transfer sits at the intersection of research administration, intellectual property law, and commercialization. It is the umbrella term for how institutions move the output of publicly and privately funded research — inventions, software, materials, and data — into products, services, and companies that reach the wider market. In U.S. research universities, hospitals, and federal laboratories, this work is centralized in a dedicated Technology Transfer Office (TTO), though the function goes by different names: Office of Technology Licensing, Innovation and Commercialization Office, or Research Enterprise office in the U.S.; Knowledge Transfer Office in the UK and EU; Technology Licensing Office in Japan.

Why it exists as a distinct institutional function

Before the Bayh-Dole Act of 1980, inventions arising from federally funded research generally vested with the U.S. government, which had little infrastructure or incentive to actively license and commercialize them — a widely cited concern at the time was that thousands of government-owned patents sat unused. Bayh-Dole let universities, nonprofits, and small businesses elect to retain title to inventions made under federal funding agreements, provided they meet specific obligations: timely invention disclosure to the funding agency, a determination of whether to pursue IP protection, a statutory preference for licensing to U.S. small businesses and manufacturing substantially in the U.S., and retained government march-in rights and a royalty-free government-use license. This shifted commercialization risk and responsibility onto the institutions themselves, which is why nearly every U.S. research university built (or grew) a TTO in the decades that followed. The professional association for the field, AUTM (Association of University Technology Managers, founded in 1974 as the Society of University Patent Administrators), tracks and supports this work across thousands of member institutions.

The core process

Technology transfer typically follows a recognizable sequence, though not every case includes every step: invention disclosure (a researcher formally reports an invention to the TTO); an internal assessment of patentability, novelty, and commercial potential; a decision on IP protection (filing a provisional or utility patent application, or in some cases relying on copyright or trade-secret protection instead); a search for and negotiation with a licensee — an existing company or a newly formed spinout — covering exclusivity, field of use, royalties, and milestones; and ongoing license management once an agreement is signed. Related instruments a TTO commonly negotiates alongside licensing include material transfer agreements for moving biological or physical research materials between institutions, and sponsored research or confidentiality agreements that govern how a corporate partner interacts with university research before any invention exists.

How it differs from adjacent activities

Technology transfer is not simply “research collaboration” or “industry partnership” in general — it specifically involves the transfer of rights to a discrete, protectable output. A sponsored research agreement that funds a study, with no invention or licensing outcome, is a funding relationship, not technology transfer in itself, though it frequently sets up the IP terms that will govern any invention if one results. Likewise, open publication of research results advances scientific knowledge but does not, by itself, transfer any legal rights — an institution can publish and separately pursue technology transfer on the same underlying work, but the two are distinct actions with distinct institutional owners (typically the library/research office for publication, the TTO for transfer).

Related CASRAI content

See CASRAI’s Technology Transfer & Innovation pillar for the fuller map of this area, including invention disclosure and patenting, licensing mechanics, spinout formation, SBIR/STTR pathways, and the export-control questions that increasingly intersect with it. For the specific federal-funding legal framework, see Bayh-Dole Act; for the licensing negotiation itself, see the guide on patent licensing.

Use in your systems

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