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Universities Can and Do Participate in ATP
Slide 1: Universities Can and Do Participate in ATP

Robert Fireovid
robert.b-f@nist.gov
301-975-5457

ATP - The BEST Federal Program for University-Industry Partnerships

Slide 2:

Non-Profits and ATP

  • ATP has a legislative mandate to . . . "aid industry-led U.S. joint R&D ventures.which may also include universities and independent research organizations"
  • Universities have received $198 million through ATP
    • 9.1% of total ATP funds ($2.1B)
    • 89% thru subcontracts
  • 169 Universities have participated in 368 projects
    • 56% of total (663) active-or-completed projects
    • 639 incidences

Note: dollar amounts are approximate

Slide 3: How Universities Participate
University-Industry-ATP Partnerships
  • Subcontractor (direct participation)
    • 51% of single-company and 55% of joint venture projects
  • Joint Venture partner (direct participation)
    • 26% of ATP JVs
    • Joint Venture must be led by at least 2 for-profits
  • For-profit startups
    • $255 million in ATP funds have gone to 116 awards involving non-profit spinoffs
    • 'Commitment' may be an issue if key personnel remain employed by non-profit
Slide 4:

Win-Win-Win Success Story
University-Industry-ATP Partnerships

Polar Tolerant Organometallic Catalytic Technology
for Functionalized Linear Polyolefins

Goal:
Design methods for a new family of polymer catalysts that can produce plastic film with superior processing stability, oxygen barrier rating and biodegradability at a lower cost.

Key Technical Challenge:
Typical polyolefin systems are unable to tolerate polar heteroatoms such as oxygen or nitrogen, thus requiring high-purity starting materials and activating co-catalysts.

Core Innovation:
New, nickel-based catalyst system based on novel, modular ligand design methods both overcomes limitations of conventional systems and affords unique control over polymer properties and structure.

Outcome:

  • 100-fold improvement over current technology
  • Catalyst system highlighted in Science (Jan 21, 2000)
  • Two U.S. patents
Science Magazine (cover)
Cryovac, Inc.  North America,
Sealed Air Corp.
(formerly W.R. Grace) and
California Institute of Technology
(as subcontractor)
Project Duration: 10/95 to 10/98
Total Funding: $3,667K
ATP funds: $2,000 K
Slide 5:

University Participation Varies with Industry

Technology

Projects
(active or completed)

Instances

JV

Single

Total

Total as % of Projects

University
Sub

University
JVP

University
Sub

Information Technology

131

28

15

68

111

85

Biotechnology

155

17

9

118

144

93

Chemistry & Materials

156

70

6

96

172

110

Electronics & Photonics

137

53

26

47

126

92

Manufacturing

78

40

16

46

102

131

Slide 6:

For-Profit Spinoffs
University-Industry-ATP Partnerships

Technology Number of Awards ATP Funding ($millions)
Biotechnology 52 124
Chemistry & Materials 17 32
Information Technology 20 38
Electronics & Photonics 27 60
Total ATP 116 255
Slide 7: IP Rights
University-Industry-ATP Partnerships
  • Non-profit and awardee are free to negotiate terms regarding consideration, MTAs, licensing of background IP, NDAs, copyrights, etc.
  • Statute restricts ownership of patent rights to for-profit companies
    • does not apply to non-patentable IP
    • awardee is free to license IP
  • Government reserves:
    • right to paid-up, royalty-free, non-exclusive license for governmental use
    • "March-in" rights
Slide 8:

Most Involved Universities
University-Industry-ATP Partnerships

Organization As Subcontractor As Joint Venture TOTAL
Carnegie Mellon 19 5 24
Stanford 16 5 21
MIT 17 1 18
University of Michigan 16 1 17
Georgia Tech 13 2 15
Pennsylvania State 13 1 14
Ohio State 12 2 14
University of California-San Diego 13 1 14
University of Minnesota 11 2 13
North Carolina State 12 0 12
Slide 9: What Universities Bring
University-Industry-ATP Partnerships
  1. Offer access to existing technical know-how, facilities, etc.
    • Pay-for-service contract research or consulting agreements
    • Represents majority of cases
  2. Develop new, innovative technology that is core to the project's objective
    • Long-term licensing agreements
Slide 10: What Universities Bring
University-Industry-ATP Partnerships  
  • World-class R&D capabilities - Be involved in the entire proposal-submission process, from creation to debrief!
    • access to eminent researchers
    • overall research reputation
    • previous research interactions
  • Tremendous expertise in government contracting
    • e.g.: many small companies lack institutional review boards (IRBs) for projects involving human subjects or IACUCs for animal subjects
  • Facilitates post-project equipment transfer
    • non-profit; many other federal projects
  • Supporting facilities, education, etc.
    • research libraries; state-of-the-art equipment
    • future employees
    • stimulate creative thinking; technical training for industry
Slide 11: What Universities Bring
University-Industry-ATP Partnerships  
  • Develop new innovations to commercialization
  • Expose students and faculty to industrial R&D
    • leads to future research
    • future career opportunities for students
    • consulting opportunities for faculty
  • Strengthen ties with industry
    • future gifts and sponsored R&D
  • Local/State economic development

ATP Facilitates R&D Partnerships

Slide 12:

ATP Stimulates Collaborations

Has your project involved collaboration with other organizations?
    NO = 14%     YES = 85% To what extent is ATP responsible for the collaboration?*

  • Great Extent: 69% Moderate Extent: 19% Slight Extent: 8% Not at All: 3%
  • Not sure: 1%
Developing precompetitive technologies is fertile ground for university/industry/government partnerships.

Note: * Includes responses from organizations indicating "YES" to prior question.
Source: Business Progress Reports from 415 organizations in 198 ATP projects funded 1993-1997--after one or more years of ATP funding.

Slide 13:
ATP Data
Effects of Collaboration

Obtain R&D expertise
  • Significantly: 55%Moderately: 31%Little/None: 13%
  • Not Sure: 1 %

Accelerate entry into marketplace

  • Significantly: 47%Moderately: 33%Little/None: 15 %
  • Not Sure: 5 %

To save time, in general

  • Significantly: 43%Moderately: 42 %Little/None: 12%
  • Not Sure: 3%
Stimulate creative thinking
  • Significantly: 72%Moderately: 25%Little/None: 2%
  • Not Sure: 1%

Encourage future collaborations

  • Significantly: 46%Moderately: 34%Little/None: 12%
  • Not Sure: 8%
Note: Includes responses from organizations indicating "YES" to question: Has your project involved collaboration with other organizations?
Source: Business Progress Reports from 415 organizations in 198 ATP projects funded 1993-1997--after one or more years of ATP funding.
Slide 14:

ATP Data
Costs of Collaboration

Delay in beginning R&D phase
  • Significantly: 4%
  • Moderately: 14%
  • Little/None: 80%
  • Not Sure: 2%
Increased project coordination and management costs
  • Significantly: 9%
  • Moderately: 47%
  • Little/None: 41%
  • Not Sure: 3%
Delay of product entry into marketplace
  • Significantly: 2%
  • Moderately: 6%
  • Little/None: 86%
  • Not Sure: 6%
Note : Includes responses from organizations indicating "YES" to question: Has your project involved collaboration with other organizations?
Source: Business Progress Reports from 415 organizations in 198 ATP projects funded 1993-1997--after one or more years of ATP funding
Slide 15:

Non-Profit Participation
Integration is Critical

  • Be an involved member of the team
    • frequent and open communications
    • push company personnel to learn (demonstrate your value!)
    Non-Profit may need to ask for more interaction! Continuously work to understand industry's expectations and communicate limitations
    • student training and graduation other (teaching, papers, proposals) faculty duties; school calendar
    • adapt to merge with pace and needs of companies
  • Negotiate agreements before work begins
    • innovations can happen sooner than expected!
  • Have a liaison who will earn the respect of both parties
  • Focus on the common goals that will deliver the win/win
Slide 16:

Information Re. ATP and Proposal-Submission

  • Browse ATP Information
  • Get on the ATP Mailing List
    • Call toll-free: 800-ATP-FUND (800-287-3863)
    • Fax your name and address to: (301) 926-9524
    • Send an e-mail message to: atp@nist.gov
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