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My goals today

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Research Partnership Programs (RPP) Maximize the value of public investments in university research by Supporting creation and transfer of knowledge Ensuring people ... – PowerPoint PPT presentation

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Title: My goals today


1
(No Transcript)
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  • My goals today
  • Quick overview of NSERC
  • Highlight NSERC programs that can help you with
    your Research and Development work.
  • Answer your questions

3
What We Do at NSERC
  • We invest more than 1 billion every year in
    people, discovery and innovation
  • Over 250 K

4
Innovation Programs Budget 2009-10
Total 255M
5
Research Partnership Programs (RPP)
  • Maximize the value of public investments in
    university research by
  • Supporting creation and transfer of knowledge
  • Ensuring people are trained to create and use
    that knowledge
  • Stimulating public-private RD partnerships
  • A key focus for our regional offices

6
RPP Tool Box
  • Strategic Partnerships
  • (targets national priorities)
  • Strategic Projects
  • Strategic Networks
  • Industry-Driven
  • (Industry participation)
  • Collaborative RD
  • Industrial Research Chairs
  • Industrial Scholarship and Fellowship Program
  • Regional Offices
  • Priorities, trends
  • Information from region
  • Networks connections
  • Assist in matchmaking
  • Interaction and Engage
  • Strategic Workshops
  • Technology Transfer/Commercialization
  • Idea to Innovation
  • College and Community
  • Innovation

7
Diversity of Projects and Programs
  • Innovation Projects
  • Strategic Projects
  • Strategic Networks
  • Collaborative RD Grants
  • Research Partnership Agreements
  • Building Critical Mass
  • Chairs
  • Technology Transfer
  • Idea to Innovation
  • College Community Innovation

CCI
ChairsIRCs
Research ? Development
Industry Participation ?
8
Attract Highly Qualified People (HQP)
  • Industrial Undergraduate Student Research Awards
  • NSERC award - 4,500 for a 16-week work term
  • Company Contribution - Minimum 1,125
  • Industrial Postgraduate Scholarships (IPS)
  • NSERC award - 15,000 per year (2 yrs.)
  • Company Contribution - Minimum 6,000
  • Industrial RD Fellowships (IRDF)
  • NSERC award - 30,000 per year (2 yrs.)
  • Company Contribution Minimum 10,000

9
  • Interaction Grant
  • Objective
  • Allow academic researchers to meet with potential
    industrial partners to discuss and identify a
    challenge specific to the company, that could be
    addressed by a subsequent RD partnership
  • Timeline maximum 3 months
  • Deliverables
  • Up to 5,000 from the ROF to cover for travel,
    accommodation and venue, for the applicant, UILO
    and/or company staff if justified

10
  • Engage Grant
  • Objective
  • Allow academic researchers to do the necessary
    research to address the identified company
    specific problem (try out see if it works
    consider the value/pertinence of subsequent
    collaboration)
  • Timeline 6 months
  • Deliverables
  • Up to 25,000
  • Direct cost of research
  • HQP, user fees, equipment, consumable,
    publication field travel,

11
Strategic Workshops Grants (SWP)
  • Brings together academic researchers with
    non-academic end users to create new partnerships
  • Priority given to targeted areas of research,
    but other areas not excluded
  • Address research and technology needs that are
    identified by the user community
  • Generate new collaborations that will lead to
    funding proposals
  • Awards up to 25,000 to cover travel and
    accommodations of academic workshop participants

12
Collaborative RD Grants (CRD)
  • Support for university-based industry-oriented
    research projects with defined milestones and
    deliverables
  • Typical project duration of 2 to 3 years,
    although grants can range from 1 to 5 years
  • Average grant 55,000 per year, awards range from
    10,000/year up to more than 400,000/year

13
Collaborative RD Grants (CRD)
  • Projects are driven by partner needs
  • Process development optimization
  • Product design and development
  • Environmental impact studies/remediation
    technologies
  • Novel materials
  • Upstream biomedical technologies
  • Project milestones and deliverables to partners
    are clearly identified and feasible given
    available resources and time
  • Knowledge transfer plans are defined

14
Key Advantages for Applicants
  • Combined partner and NSERC cash results in
    elevated project budgets
  • (gt 500,000/year)
  • CRD can support short-term projects or segments
    of longer-term research programs
  • Applications received at anytime
  • 80-85 success rate
  • Flexibility on aspects of program administration
  • Involvement of NSERC staff

15
Key Advantages for Partners
  • Significant savings in research costs
  • Projects are based on partners requirements
  • Access to high levels of expertise and research
    facilities in universities
  • HQP are potential future employees

16
Key Advantages for Industry
  • Built-in quality control through NSERC
    peer-review system
  • Access to IP
  • Most company contributions are eligible for the
    SRED tax credit

17
NSERC-Prairies - How We Can Help
18
NSERC-Prairies Team IRENE MIKAWOZ, Research and
Innovation Development Officer FRANK NOLAN,
Communications and Promotion Officer ROXANNE
BALCAEN, Administrative Officer 435 Ellice
Avenue, Suite 430 Winnipeg, Manitoba R3B
1Y6 204-984-6462 or nserc-prairies_at_nserc-crsng.gc.
ca www.nserc-crsng.gc.ca
19
Strategic Project Grants (SPG)
  • Early stage university research with the
    potential to lead to breakthrough discoveries in
    the future (5-10 yrs)
  • Average grant 130,000/year for 3 years
  • Support for up to 3 years for students,
    post-docs, consumables,

20
Seven Strategic Target Areas
  • Advanced Communications and Management of
    Information
  • Biomedical Technologies Competitive
  • Manufacturing and Value-Added Products and
    Processes
  • Healthy Environment and Ecosystems
  • Quality Foods and Novel Bioproducts
  • Safety and Security
  • Sustainable Energy Systems

21
Strategic Project Grants (SPG)
  • Active involvement of non-academic participants -
    no cash required
  • Often involves several team members, from the
    same or different institutions
  • Some grants with single applicant
  • Researchers from the partners organisation
    sometimes are members of the team (as
    collaborators)
  • 25-30 success rate

22
Collaborative RD Grants (CRD)
  • Selection Criteria
  • Scientific merit
  • Research competence of team
  • Industrial relevance
  • Private-sector support
  • Contribution to training
  • Benefits to Canada

23
Collaborative RD Grants (CRD)
  • Industrial partner must have strong presence in
    Canada
  • Company headquarters may be abroad, but
    company must have Canadian operations beyond a
    sales or client support office
  • Research results must be exploited in Canada
  • Project may include activities abroad, but
    results must clearly be relevant to the partners
    Canadian operations
  • Research results must have economic, societal or
    environmental benefit to Canada

24
Collaborative RD Grants (CRD)
  • CRD grants leverage Private Sector cash and
    in-kind contributions. Contributions from Public
    Sector partners are common and strengthen
    proposals, but are not leveraged by NSERC.
  • Flexible cash leverage ratios, but industry cash
    and in-kind must equal NSERC award.
  • Minimum industry cash ½ NSERC award
  • In-kind contributions must be for direct support
    of the research and must be specific to the
    project

25
Diversity of CRD projects
  • From fundamental research
  • Uranium in the Thelon and Otish Basins, Dr.
    Kurt Kyser, Dept. of Geological Sciences -
    Queens University, with Cameco Corp and Uravan
    Minerals
  • Project objective Fundamental understanding of
    geological processes leading to the genesis of
    uranium-bearing fluids in the earths crust, and
    the precipitation of U metal in sedimentary
    formations
  • Project outcome Development of general mineral
    exploration strategies

26
Diversity of CRD projects
  • to product development
  • Development of a Manipulation System and
    Nano-grippers for Use Inside Scanning Electron
    Microscopes, Dr. Yu Sun, Dept. of Mechanical and
    Industrial Engineering - University of Toronto,
    with Hitachi Canada.
  • Project objective Development of micron-scale
    manipulators for high-precision assembly of
    nano-devices during electron microscope imaging
  • Project outcome Commercialization by a U of T
    spin-off upon completion of project, and licence
    to Hitachi

27
Industrial Research Chairs (IRC)
  • Prestigious appointment of a distinguished
    researcher
  • Industry provides 50 of cost in cash
  • Initial appointment is for 5 years (renewable)
  • Currently over 180 active faculty
  • positions
  • A significant university research
  • program is established or enhanced in
  • area of interest to industry

28
Strategic Network Grants (SNG)
  • Multi-university, multi-partner pan-national
    Networks (typically more than 10 universities and
    10 partner organizations)
  • Up to 1M per year for 5 years
  • Non-renewable awards
  • Requires a governance structure, with BoD and
    Scientific Committee

29
Technology Transfer Programs
Idea to Innovation (I2I)
  • Support research and development projects with
    identifiable technology transfer potential
  • To reduce technical risk and to demonstrate the
    commercial potential of university discoveries
  • University ILO must commit to the project work
    with the researcher/partners

30
Idea to Innovation (I2I)
  • PHASE I, PROOF-OF-CONCEPT
  • Designed to advance promising scientific concepts
    or technologies to attract early stage investment
    and/or to build intellectual property (IP)
  • Funding available up to 12 months, max 125,000
  • Proposals require a plan describing how a
    partnership will be established with a Canadian
    based company that has the capacity to
    commercialize the research results

31
Idea to Innovation (I2I)
  • PHASE II, TECHNOLOGY ENHANCEMENT
  • Designed to provide scientific or engineering
    evidence of the technical feasibility and market
    definition of the technology, process or product
  • Project can be with early stage investment
    partner or Canadian based company
  • Partners must share in costs

32
Questions?
  • Irene R. Mikawoz, P.Eng.
  • Irene.mikawoz_at_nserc-crsng.gc.ca
  • Research and Innovation Development Officer
  • NSERC Prairies Regional Office
  • Regional Development Division
  • Research Partnerships Programs Directorate
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