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Good practice Imported

University of Minnesota Technology Commercialization — Record Startup Spinout Engine

United States of America · Minneapolis · See the United States of America profile

Evidence: Descriptive / self-reported Top 50% 67/100 · Ask Evidence Copilot about this practice

The University of Minnesota's Venture Center spun out a record 26 startups in FY2025 alongside 450 invention disclosures and 248 licensing deals, capping nearly 20 years that have produced 286 university startups with a 69% long-term survival rate.

26
Startups launched, FY2025
450
Invention disclosures, FY2025
248
Licensing deals executed, FY2025
116
First patent filings, FY2025
286
Total startups spun out since 2006
69%
Long-term startup survival rate
74%
Startups still headquartered in Minnesota
well over $1 billion
Annual sponsored research funding

Details

Maturity
Established
Promoter
University of Minnesota, Office for Technology Commercialization (Venture Center)
Period
2006-2025
Keywords
higher education, technology transfer, venture creation, university spinouts

Context

The University of Minnesota's Office for Technology Commercialization, through its Venture Center (founded 2006), moves federally and university-funded research into the market by filing patents, licensing inventions to existing companies, and spinning out new startups.

Objectives

To commercialise university research via patents, licensing and startup spinouts, anchoring new companies in the state where possible.

Activities

The Venture Center files patents, executes licensing deals with existing companies, and spins out new startups around inventions that lack an obvious industry buyer, operating under the Bayh-Dole framework common to US research universities.

Results

Fiscal year 2025 was a record year on every core metric tracked: 26 startups launched (meeting the university's 'MPact 2025' goal of 25 by 2025 a year early), 450 new invention disclosures, 248 licensing deals executed, and 116 first patent filings. Since the Venture Center's founding, the university has spun out 286 startups in total, of which 69% have survived long-term and 74% remain headquartered in Minnesota. The university consistently ranks in the top 10-20 of US public universities on AUTM's national licensing survey.

Conclusions

The model depends on a large, well-funded research base — Minnesota received well over $1 billion in annual sponsored research funding — a resource smaller or teaching-focused universities lack, so the specific output volumes are not easily transferable even though the underlying licensing-and-spinout mechanics are standard practice across US research universities.

Implementation

Indicative cost
Very high (> €5M)
Time to results
Long (> 3 years)
Staffing & skills
Office for Technology Commercialization staff, Venture Center team

Conditions for success

  • Large, well-funded research base (over $1 billion annual sponsored research)
  • Established Bayh-Dole licensing/spinout infrastructure built over nearly 20 years
  • Explicit institutional targets (e.g. 'MPact 2025' goal of 25 startups)

Common failure modes

  • Output scale depends on a research base most institutions lack, limiting direct transferability
  • No demographic or founder-diversity data available to assess equity of outcomes

Where it fits

Scale
large research university
Income level
high-income country

Commonly funded by

National / regional programmes

Indicative funding routes for practices of this type — always check each programme's current calls and eligibility rules.

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Data sources

Where this practice's information was retrieved from, and when.

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