What Is AUTM? The Association Behind US Tech Transfer

AUTM, the Association of University Technology Managers, is the professional association for tech transfer offices in the United States, Canada, and an expanding international membership. It is the source of the annual licensing-activity survey that benchmarks the entire industry, the operator of the Innovation Marketplace where universities list available technologies, the publisher of professional certifications for tech transfer staff, and the host of the largest annual conference in the field.

If you work in or with university tech transfer, AUTM data and resources are part of the operational backdrop. If you are encountering the organization for the first time, this guide explains what it is, what it produces, and how to actually use it.

Key Takeaways

AUTM is the professional association for university tech transfer offices, founded in 1974 (as SUPA) and renamed AUTM in 1989.
The AUTM Annual Licensing Activity Survey, published since 1991, is the standard data source for benchmarking US and Canadian tech transfer performance.
The AUTM Innovation Marketplace is an online listing platform where universities post available technologies for prospective licensees.
The Registered Technology Transfer Professional (RTTP) certification, offered through AUTM and partner organizations, is the standard professional credential in the field.
AUTM data has known limitations: self-reported metrics with varying definitions, partial coverage, and a 12-18 month lag between fiscal year and survey release. Use with care.

A short history

AUTM began in 1974 as the Society of University Patent Administrators (SUPA), founded by a small group of patent administrators from US research universities who wanted a forum to share practices and standards. The organization renamed itself to the Association of University Technology Managers in 1989 to reflect the broader scope of the work as university tech transfer expanded beyond patent administration into licensing, spin-out support, and portfolio management.

The expansion of AUTM tracks the expansion of the field. In the early 1980s, immediately after passage of the Bayh-Dole Act, US universities were collectively running a few dozen tech transfer offices with limited operational sophistication. By the 2020s, hundreds of US institutions plus a substantial international membership operate sophisticated TTOs managing portfolios that produce billions in cumulative licensing revenue. AUTM has grown alongside this expansion and now serves as the primary institutional infrastructure for the profession.

Who is AUTM for?

AUTM's membership is institutional and individual. Members include:

Tech transfer offices at universities, medical centers, and research institutes, including most major US research universities and a growing international membership across Canada, Europe, Latin America, and Asia.
Individual tech transfer professionals, including licensing managers, case managers, patent administrators, and TTO directors.
Industry members, including patent law firms, licensing consultancies, technology commercialization service providers, and corporate licensees that work routinely with university IP.
Government members, including federal funding agencies and national-lab tech transfer offices.

Membership is paid (annual dues vary by institution size and individual category) and provides access to AUTM's resources, conferences, and member-only data and publications.

What is the Annual Licensing Activity Survey?

The most widely cited AUTM resource is the AUTM Licensing Activity Survey, an annual data collection from US and Canadian research institutions that has been published since 1991. The survey is the standard external reference for benchmarking tech transfer performance.

For each participating institution, the survey collects data on:

Invention disclosures received: the front-end pipeline volume.
US patent applications filed and patents issued.
Licenses and options executed: the deal count by year.
Gross licensing income: revenue received from licenses.
Sponsored research expenditures: the research-funding context.
Industry-sponsored research income: funding from corporate research partnerships.
Spin-out companies formed: the count of new ventures based on institutional IP.
Active licenses generating income: portfolio depth, not just deal count.

The data is reported both in aggregate (industry-wide totals) and at the institution level (with institutions reporting their own numbers). For TTOs benchmarking performance, the institution-level data is the more useful slice.

How should you read AUTM data?

AUTM data is widely used and widely misused. A few patterns worth understanding before citing the numbers in your own analysis:

Self-reported data, varying definitions. Institutions report their own numbers using their own internal definitions. "Active licenses generating income" might mean "licenses that paid a check this year" at one institution and "licenses with cumulative income to date" at another. AUTM publishes definitions, but compliance with the definitions is not perfectly enforced.

Survey coverage is partial. Not every US research institution participates every year. Comparing year-over-year totals requires understanding which institutions are in the data set in each year. AUTM publishes participation lists, but trend analyses that ignore this caveat can produce misleading conclusions.

Lagged release. AUTM survey data is typically released 12-18 months after the fiscal year it covers, because institutions take time to compile and report. The data is high-quality but rarely current. The most recent available data is usually about a year out of date.

Peer comparison requires careful selection. Comparing your institution to "the AUTM average" without segmenting by research-expenditure tier, institution type, or field mix produces misleading benchmarks. The right approach: pick three to five peer institutions of similar size, research output, and industry focus, and compare against those specifically.

Survivorship and selection effects. Top-performing institutions are more likely to participate (because the data makes them look good) and more likely to invest in accurate data reporting. The "average" institution in AUTM data is likely better-than-actual-average across the full population of research institutions.

The single most useful institution-level metric for peer comparison is licensing income per research-expenditure dollar, a normalized measure that removes the scale effect of institution size and focuses on TTO effectiveness. AUTM data lets you compute this. Many institutions don't.

What is the AUTM Innovation Marketplace?

The AUTM Innovation Marketplace (sometimes shortened to AIM or referenced in older materials as the Better World Project Marketplace) is an online listing platform where universities post available technologies for licensees to find. It is one of the standard distribution channels for non-confidential technology summaries.

For TTOs, the Marketplace is a complement to other distribution channels like IN-PART and Flintbox, not a replacement. Most institutions cross-list on multiple platforms because each platform has a different user base and different search behavior. The Marketplace has the advantage of being AUTM's official venue and is the default for university-sector cross-referrals.

For licensees, the Marketplace is a useful but imperfect search tool. The listings vary widely in quality. Some institutions invest in detailed, well-formatted non-confidential summaries. Others publish thin descriptions that are hard to evaluate without contacting the TTO. The pattern across the platform is that the institutions with the strongest commercialization track records also produce the most usable listings.

What other resources does AUTM offer?

Beyond the survey and marketplace, AUTM produces and operates a substantial set of resources for the field:

The annual AUTM Meeting. A multi-day conference (typically held in the late winter) bringing together several thousand tech transfer professionals, patent attorneys, corporate licensees, and federal funding agency representatives. The meeting features track sessions on licensing practices, spin-out support, IP strategy, and federal-funding compliance. It is the largest professional gathering in the field.

Professional certifications. AUTM offers professional development credentials, including the Registered Technology Transfer Professional (RTTP) designation in partnership with the international Alliance of Technology Transfer Professionals. The certification covers the body of practice across the workflow described in our tech transfer process pillar.

Standard agreement templates. AUTM maintains a library of model licensing agreements, term sheets, and other standard documents contributed by member institutions. These are useful starting points (not finished agreements) for institutions developing or updating their template language.

The AUTM Foundation. A separate 501(c)(3) that supports research, scholarships, and educational initiatives in tech transfer.

Publications and webinars. Ongoing educational content covering specific topics in licensing, IP, and TTO operations, including some content available only to members.

How is AUTM data used in practice?

In day-to-day TTO operations, AUTM data shows up in several recurring places:

Board and executive reporting. TTO directors report performance to their institutions' leadership against AUTM peer benchmarks. "We're at the 60th percentile of AUTM peers for licensing income per research-expenditure dollar" is the kind of framing that makes performance legible to non-specialist administrators.

Strategic planning. Five-year TTO strategic plans typically include AUTM-benchmarked targets and identify gaps where the institution is below peer median.

Federal-agency reporting. Some federal funding agencies use AUTM-style metrics in their own oversight, and TTO data submitted to AUTM often flows in parallel to agency reports.

Industry analysis. Researchers studying university tech transfer (economists, policy researchers, journalists) rely heavily on AUTM data as the standard public data source.

Recruiting and faculty engagement. "Our TTO is in the top quartile of AUTM peers" is a recurring claim in faculty-facing communications and in recruiting materials for new hires.

What are the limitations and criticisms?

AUTM and its data are not without critics. Recurring criticisms:

Top-line income obscures distribution. Reporting gross licensing income as a single number doesn't reveal that the bulk of it usually comes from a handful of blockbuster deals at each institution. A TTO with one $50 million license looks identical in the aggregate to one with twenty $2.5 million licenses, even though the underlying portfolio health is very different.

Limited coverage of impact metrics. AUTM data is heavy on financial and deal-count metrics, lighter on broader impact measures (jobs created, products commercialized, lives affected). The Better World Project has tried to address this with case-study reporting, but the data structure remains primarily transactional.

Member-driven definition. Because AUTM definitions are set by member institutions, they sometimes reflect what is easy to measure rather than what is most informative. Improving the survey requires institutional consensus among members, which slows iteration.

Limited international coverage. AUTM data is strong on US and Canadian institutions and weaker outside North America, even though tech transfer is now a global activity with substantial activity in Europe, Asia, and Latin America. Other regional associations (ASTP in Europe, AURIL in the UK) produce parallel data that is harder to integrate with AUTM's numbers.

None of these criticisms invalidate AUTM's role. The organization remains the default source of operational data in the field. They do suggest that thoughtful users supplement AUTM data with other sources and treat any single metric with the caveats it deserves.

Frequently asked questions

Is AUTM membership required to operate a TTO?

No. AUTM membership is optional. Most major US research universities are members, but operating a TTO without AUTM membership is entirely possible. Membership provides access to resources, networking, and the annual conference. It doesn't change what your TTO can legally do.

How do I access AUTM data?

AUTM publishes some headline data publicly. More detailed survey data and institution-level breakdowns are typically available to AUTM members or by paid subscription. Some academic researchers gain access through institutional licenses or research agreements with AUTM.

Is AUTM the same as the AUTM Foundation?

No. AUTM is the membership association. The AUTM Foundation is a separate 501(c)(3) nonprofit that supports research and educational initiatives in the field. They share branding and some leadership but are legally distinct entities.

What is the difference between AUTM and the Bayh-Dole Coalition?

AUTM is a professional association for tech transfer practitioners. The Bayh-Dole Coalition is an advocacy organization that promotes the Bayh-Dole Act and lobbies on related policy issues. AUTM and the Coalition cooperate on some issues but have different mandates.

Are there equivalents to AUTM in other countries?

Yes. The Alliance of Technology Transfer Professionals (ATTP) is the international umbrella organization. Regional/national equivalents include ASTP (Europe), AURIL (UK), KCA (Korea), JATTRO (Japan), and several others. AUTM has long-standing relationships with these organizations and many AUTM resources are widely used internationally.

Can industry members join AUTM?

Yes. AUTM has industry membership categories specifically for companies that work routinely with university tech transfer. Patent law firms, licensing consultancies, technology commercialization platforms, and corporate licensees with active university-IP licensing programs. Industry members participate in the annual meeting and have access to many of the same resources as institutional members.

How does AUTM data compare with NIH or NSF tech transfer reporting?

NIH and NSF (and other federal agencies) collect their own data on inventions and licenses arising from their funding, with different definitions and reporting structures than AUTM. The data sets overlap substantially. Both cover federally funded inventions at participating institutions. But they are not interchangeable, and conclusions drawn from one should be verified against the other where it matters.

The Complete Tech Transfer Process: the operator's pillar guide, with AUTM-benchmarked KPIs in the metrics section.
The Bayh-Dole Act Explained: the legal framework whose implementation AUTM tracks.
What Is Tech Transfer?: the broader field that AUTM organizes.
The Technology Transfer Agreement: the deal-level mechanics AUTM templates inform.
10 Tech Transfer Examples: commercialized inventions AUTM data has tracked over decades.
The Researcher's Commercialization Playbook: the inventor's view of the system AUTM serves.

What Is AUTM? The Association Behind US Tech Transfer