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Collaborating with small and medium enterprises (SMEs) provides several key benefits to higher education institutions (HEIs):
1) It allows HEIs to commercialize research through licensing and generating royalties, while also developing new research areas and teaching opportunities.
2) Collaboration increases publication opportunities for researchers by applying research to real-world problems. It also fosters scientific productivity.
3) Partnering with SMEs generates additional funding for HEIs through contracts, grants, and investments, helping to diversify their funding base beyond declining government sources.
SUPORT 1.0 Benefits HEI collaborating with SME (CH)José PIETRI
Collaborating with small and medium enterprises (SMEs) provides several key benefits to higher education institutions (HEIs):
1) It provides opportunities to commercialize research through licensing and generating royalties, helping diversify the HEI's funding sources.
2) Working with SMEs increases publication and research opportunities for faculty and students by applying research to real-world problems.
3) Collaboration legitimizes the HEI's work by demonstrating societal impact and strengthening ties with industry, helping attract funding and prestige.
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Partnership for innovation? THINK TUDOR
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This document discusses India's lack of private sector investment in research and development. It notes that few Indian companies are ranked among the top global investors in R&D, and that India files very few patents compared to countries like China. It analyzes causes such as lack of private initiative, lack of funds for researchers, and outdated university curricula. Solutions proposed include establishing industry-academia research centers jointly funded by government and private companies, training programs to develop high-skilled workers, and instituting corporate-university consortiums to facilitate applied research. The goal is to increase commercially viable research through greater collaboration between industry and academia.
Improving Practice & Addressing Practicalities: Embedding Audience Response S...Daniel Clark
The University of Kent began piloting TurningPoint audience response systems in 2008. It initially purchased 100 response cards but has since increased to over 3,000 response cards used across the university. Response cards are used in a variety of teaching scenarios including lectures, outreach programs, and promotions. Several schools now require students to be loaned a response handset for their studies. The university aims to continue supporting the use and evaluation of audience response systems.
Collaborating with small and medium enterprises (SMEs) provides several key benefits to higher education institutions (HEIs):
1) It allows HEIs to commercialize research through licensing and generating royalties, while also developing new research areas and teaching opportunities.
2) Collaboration increases publication opportunities for researchers by applying research to real-world problems. It also fosters scientific productivity.
3) Partnering with SMEs generates additional funding for HEIs through contracts, grants, and investments, helping to diversify their funding base beyond declining government sources.
SUPORT 1.0 Benefits HEI collaborating with SME (CH)José PIETRI
Collaborating with small and medium enterprises (SMEs) provides several key benefits to higher education institutions (HEIs):
1) It provides opportunities to commercialize research through licensing and generating royalties, helping diversify the HEI's funding sources.
2) Working with SMEs increases publication and research opportunities for faculty and students by applying research to real-world problems.
3) Collaboration legitimizes the HEI's work by demonstrating societal impact and strengthening ties with industry, helping attract funding and prestige.
The document outlines the agenda for an FP7 KBBE Coaching Workshop, including presentations on FP7 funding opportunities, partnering best practices, developing winning proposals, and the 2010 KBBE work programme and call topics. One-on-one counseling sessions are also scheduled to help pre-registered participants fit their ideas to the 2010 call and discuss partner searching.
The document discusses academia spin-offs and the process of creating a university spin-off company. It describes that a university spin-off is a technology-based company created by university researchers to commercialize technology developed at the university. The process involves getting approval from the university technology transfer office and various committees. The university would then partner with the spin-off company and license the necessary technology, while not being involved in management. Researchers can work with the spin-off under certain legal frameworks that allow outside work and ownership stakes in startups commercializing their research.
Marina Dabic Managing University ResourcesYouth Agora
The document discusses managing university resources and developing public-private partnerships. It outlines the emerging higher education environment with increasing pressures from students, technology, markets and competitors. Several universities were analyzed using a SWOT framework to identify strengths, weaknesses, opportunities and threats. Key messages discussed include the need to shift emphasis from funding to resources and activities, increase innovative solutions, and foster public-private partnerships and interdisciplinary collaboration to increase impact.
Partnership for innovation? THINK TUDOR
Are you looking for a partner to help make your innovation project a success? The Public Research Centre Henri Tudor is committed to working alongside you, adopting a coconstructive approach based on trust, honesty and dialogue. We offer you 5 types of collaborations that we invite you to discover in the leaflet.
This document discusses India's lack of private sector investment in research and development. It notes that few Indian companies are ranked among the top global investors in R&D, and that India files very few patents compared to countries like China. It analyzes causes such as lack of private initiative, lack of funds for researchers, and outdated university curricula. Solutions proposed include establishing industry-academia research centers jointly funded by government and private companies, training programs to develop high-skilled workers, and instituting corporate-university consortiums to facilitate applied research. The goal is to increase commercially viable research through greater collaboration between industry and academia.
Improving Practice & Addressing Practicalities: Embedding Audience Response S...Daniel Clark
The University of Kent began piloting TurningPoint audience response systems in 2008. It initially purchased 100 response cards but has since increased to over 3,000 response cards used across the university. Response cards are used in a variety of teaching scenarios including lectures, outreach programs, and promotions. Several schools now require students to be loaned a response handset for their studies. The university aims to continue supporting the use and evaluation of audience response systems.
The document provides an overview of science parks and business incubation centres. It defines them as organizations that promote innovation and help new businesses grow. Science parks stimulate knowledge sharing between universities, businesses, and markets. They facilitate company creation and growth through business support. Business incubation combines infrastructure, services, and networks to help new companies survive and grow in their early stages. The document discusses key factors for success, including strong leadership, partnerships with universities, and financial sustainability.
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The University of Twente in The Netherlands has 30 years of experience in supporting new high-tech company support. The University has developed itself as an incubator with many support mechanisms. The pre-incubator facility VentureLab Twente is focussing on high-tech high growth and welcoming also softlanders. This was presented by Aard Groen and Jaap van Tilburg at NBIA's conference in Kansas in april 2009 using this slideshow.
This document outlines the goals and content of a session on collaborating with public research organizations. The session aims to help participants learn how to identify potential public research partners, guidelines for selecting partners, good practice guidelines for collaboration, and information on relevant EU and national funding opportunities. The document provides sources for finding potential partners, what makes a good partnership, advice on collaboration best practices, and discusses small and large-scale collaboration examples. It also outlines the European Union's 7th Framework Programme for funding as well as some national funding sources from Northern Ireland.
The document discusses various business events and programs offered by Staffordshire University to engage with employers including talks from entrepreneurs, student showcases, and innovation events. It also provides information on knowledge transfer partnerships between businesses and the university, European research funding opportunities, and the university's careers center services for employer recruitment.
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The paper reviews some considerations of applying business ecosystem concept into the higher education’s service delivery giving insights about how policymakers can transform the higher educational institutions (HEIs) from service-oriented to student-cantered ones, and how they can improve their internal and external efficiency in terms of measuring Student Perceived Value.Thus, a business model canvas of an HEI is developed to reveal both “whole the picture” and the interdependence between designing the ecosystem and the service value proposition to prospected student targets. Another theoretical model is represented to track that interdependence be means of HEI’s internal and external efficiency that is interpreted from the perspective of Student Perceived Quality of the service provided.
This document discusses Knowledge Transfer Partnerships (KTP), which involve partnerships between businesses and knowledge-based organizations like universities. KTPs employ associates to work full-time transferring knowledge from the knowledge-based partner to help the business partner solve strategic problems over 1-3 years. Case studies show benefits for both partners, with businesses gaining new technologies and associates gaining work experience. KTPs can benefit businesses of any size seeking to advance applied research.
The document discusses the benefits of partnerships between universities and industry, specifically in applied geophysics. It uses the CREWES Project consortium between the University of Calgary and industry partners as an example. The CREWES Project's goals are to improve subsurface imaging for resource discovery and environmental applications while also educating students. For a consortium to be successful, it requires advantages like proximity to industry, ongoing demand for its work, and a track record of productivity. Effective consortiums can provide well-educated graduates, economically useful research outputs, and scientific achievements by leveraging the complementary strengths of universities and industry.
The document discusses MIT's relationships with industry through research funding and partnerships. It provides statistics on industry-sponsored research funding at MIT, which totaled $100.3 million or 16% of MIT's total research funding in FY2008. The document also outlines several programs that facilitate collaboration between MIT and industry, such as the Industrial Liaison Program, the Deshpande Center for Technological Innovation, and MIT's Technology Licensing Office. It discusses how these programs help transfer MIT technologies and ideas to the commercial sector.
A university document outlines information about academia spin-offs including:
1. The knowledge transfer office assists researchers in creating spin-offs based on university research and securing funding.
2. Researchers can take temporary leave or work part-time in spin-offs while maintaining university employment under certain conditions.
3. The university regulates spin-offs and researchers must go through an approval process involving evaluating the technology and business plan before the university becomes a partner in the spin-off.
The document discusses various ways to maximize and optimize research and innovation in India. It identifies key issues such as lack of funding, infrastructure, and industry-institute collaboration. It proposes solutions like increasing government funding for R&D, setting up more research facilities, incentivizing careers in research, strengthening industry-institute linkages through mentorship programs and jointly developed courses, and improving the patent filing system. The overall goal is to promote research by students and professionals and enhance commercialization of innovations.
This document discusses university-industry partnerships and strategies to improve them. The key points are:
1. Universities aim to disseminate knowledge through teaching and research while also improving graduate employability and attracting resources. However, universities and industry operate differently.
2. Successful partnerships involve training students for employability and entrepreneurship through internships, collaborative research projects, and programs like FIE that develop entrepreneurial skills.
3. The CIFRE program facilitates doctoral research collaborations between academic labs and companies. Over half of CIFRE graduates are later hired by their partner companies.
4. Technology transfer organizations like SATTs and the Carnot Institute network help connect public research to industry through licensing
This document describes a "Research meets Business" matchmaking event organized by a research institution to connect local enterprises with university researchers. The event features:
1) Short presentations by researchers on their projects related to a focused theme (here, instrumentation and health).
2) Individual meetings between enterprises and researchers to discuss potential partnerships.
3) The goal is to trigger technology transfer and collaboration opportunities between the research institution and local businesses.
EIT Raw Materials is a partnership supported by the European Institute of Innovation and Technology (EIT) to enhance raw materials innovation in Europe. It brings together businesses, universities and research centers to foster entrepreneurship, education, and new solutions for raw materials challenges. The document provides information on EIT Raw Materials' goals of creating new businesses, boosting the raw materials sector, and shifting education paradigms through entrepreneurship programs. It also describes various activities, funding instruments, and a business ideas competition to support entrepreneurs and startups in the raw materials field.
This document provides information about science parks and the Italian Association of Science Parks (APSTI). It discusses:
- The definition and role of science parks in promoting innovation and knowledge transfer between universities and companies.
- An overview of the Italian innovation ecosystem and the network of 25 science parks that make up APSTI.
- The skills, infrastructure, and networks that APSTI provides to support companies through incubation, acceleration, technology transfer and internationalization.
SciTree is a web platform proposed by Elena Kalmykova and John Noel M. Viaña to facilitate collaboration between scientists and investors by allowing scientists to post short summaries of their research and technologies for investors to view, in order to help connect scientific discoveries with potential commercial applications and funding. The platform aims to address inefficiencies in the current system where scientists spend much of their time writing lengthy academic papers that are inaccessible to non-scientists, and investors struggle to learn about promising new technologies from lesser known regions. SciTree would function as a marketplace connecting the scientific community with companies and investors seeking to license and commercialize new technologies.
The document discusses research, innovations, and extension activities at colleges and universities. It provides key indicators for evaluating these areas used in accreditation. These include resource mobilization for research, the innovation ecosystem, research publications and awards, consultancy, and extension/outreach activities. The document then provides more details on specific metrics within these categories, such as the types of grants that count towards resource mobilization, what qualifies as an innovation ecosystem, and how research publications are evaluated. It also discusses efforts to promote a research culture through various initiatives and challenges that institutions may face in building their research capabilities.
It is about NAAC criterion3 Research, Innovations and Extension. It describes all key indicators in details with explanation. It is useful for the colleges to improve NAAC grade.
This document discusses establishing partnerships between universities and businesses. It outlines Phillip Allen's background and agenda, which includes why management matters for productivity and innovation. The document then discusses what businesses want from universities, such as recruiting graduates, informal contacts, and joint research projects. It proposes that the Partnership Institute can link MGSM and businesses by producing a roadmap and financial model for active partnerships. The document emphasizes that knowledge transfer involves bringing people together through activities like conferences. It also notes the economic contribution of universities, especially to local regions.
The document provides an overview of science parks and business incubation centres. It defines them as organizations that promote innovation and help new businesses grow. Science parks stimulate knowledge sharing between universities, businesses, and markets. They facilitate company creation and growth through business support. Business incubation combines infrastructure, services, and networks to help new companies survive and grow in their early stages. The document discusses key factors for success, including strong leadership, partnerships with universities, and financial sustainability.
Venturelab Twente softlanding and new business incubationjaapvantilburg
The University of Twente in The Netherlands has 30 years of experience in supporting new high-tech company support. The University has developed itself as an incubator with many support mechanisms. The pre-incubator facility VentureLab Twente is focussing on high-tech high growth and welcoming also softlanders. This was presented by Aard Groen and Jaap van Tilburg at NBIA's conference in Kansas in april 2009 using this slideshow.
This document outlines the goals and content of a session on collaborating with public research organizations. The session aims to help participants learn how to identify potential public research partners, guidelines for selecting partners, good practice guidelines for collaboration, and information on relevant EU and national funding opportunities. The document provides sources for finding potential partners, what makes a good partnership, advice on collaboration best practices, and discusses small and large-scale collaboration examples. It also outlines the European Union's 7th Framework Programme for funding as well as some national funding sources from Northern Ireland.
The document discusses various business events and programs offered by Staffordshire University to engage with employers including talks from entrepreneurs, student showcases, and innovation events. It also provides information on knowledge transfer partnerships between businesses and the university, European research funding opportunities, and the university's careers center services for employer recruitment.
Considering Student Perceived Value metric when building HEI's ecosystemsVanya Slantcheva-Baneva
The paper reviews some considerations of applying business ecosystem concept into the higher education’s service delivery giving insights about how policymakers can transform the higher educational institutions (HEIs) from service-oriented to student-cantered ones, and how they can improve their internal and external efficiency in terms of measuring Student Perceived Value.Thus, a business model canvas of an HEI is developed to reveal both “whole the picture” and the interdependence between designing the ecosystem and the service value proposition to prospected student targets. Another theoretical model is represented to track that interdependence be means of HEI’s internal and external efficiency that is interpreted from the perspective of Student Perceived Quality of the service provided.
This document discusses Knowledge Transfer Partnerships (KTP), which involve partnerships between businesses and knowledge-based organizations like universities. KTPs employ associates to work full-time transferring knowledge from the knowledge-based partner to help the business partner solve strategic problems over 1-3 years. Case studies show benefits for both partners, with businesses gaining new technologies and associates gaining work experience. KTPs can benefit businesses of any size seeking to advance applied research.
The document discusses the benefits of partnerships between universities and industry, specifically in applied geophysics. It uses the CREWES Project consortium between the University of Calgary and industry partners as an example. The CREWES Project's goals are to improve subsurface imaging for resource discovery and environmental applications while also educating students. For a consortium to be successful, it requires advantages like proximity to industry, ongoing demand for its work, and a track record of productivity. Effective consortiums can provide well-educated graduates, economically useful research outputs, and scientific achievements by leveraging the complementary strengths of universities and industry.
The document discusses MIT's relationships with industry through research funding and partnerships. It provides statistics on industry-sponsored research funding at MIT, which totaled $100.3 million or 16% of MIT's total research funding in FY2008. The document also outlines several programs that facilitate collaboration between MIT and industry, such as the Industrial Liaison Program, the Deshpande Center for Technological Innovation, and MIT's Technology Licensing Office. It discusses how these programs help transfer MIT technologies and ideas to the commercial sector.
A university document outlines information about academia spin-offs including:
1. The knowledge transfer office assists researchers in creating spin-offs based on university research and securing funding.
2. Researchers can take temporary leave or work part-time in spin-offs while maintaining university employment under certain conditions.
3. The university regulates spin-offs and researchers must go through an approval process involving evaluating the technology and business plan before the university becomes a partner in the spin-off.
The document discusses various ways to maximize and optimize research and innovation in India. It identifies key issues such as lack of funding, infrastructure, and industry-institute collaboration. It proposes solutions like increasing government funding for R&D, setting up more research facilities, incentivizing careers in research, strengthening industry-institute linkages through mentorship programs and jointly developed courses, and improving the patent filing system. The overall goal is to promote research by students and professionals and enhance commercialization of innovations.
This document discusses university-industry partnerships and strategies to improve them. The key points are:
1. Universities aim to disseminate knowledge through teaching and research while also improving graduate employability and attracting resources. However, universities and industry operate differently.
2. Successful partnerships involve training students for employability and entrepreneurship through internships, collaborative research projects, and programs like FIE that develop entrepreneurial skills.
3. The CIFRE program facilitates doctoral research collaborations between academic labs and companies. Over half of CIFRE graduates are later hired by their partner companies.
4. Technology transfer organizations like SATTs and the Carnot Institute network help connect public research to industry through licensing
This document describes a "Research meets Business" matchmaking event organized by a research institution to connect local enterprises with university researchers. The event features:
1) Short presentations by researchers on their projects related to a focused theme (here, instrumentation and health).
2) Individual meetings between enterprises and researchers to discuss potential partnerships.
3) The goal is to trigger technology transfer and collaboration opportunities between the research institution and local businesses.
EIT Raw Materials is a partnership supported by the European Institute of Innovation and Technology (EIT) to enhance raw materials innovation in Europe. It brings together businesses, universities and research centers to foster entrepreneurship, education, and new solutions for raw materials challenges. The document provides information on EIT Raw Materials' goals of creating new businesses, boosting the raw materials sector, and shifting education paradigms through entrepreneurship programs. It also describes various activities, funding instruments, and a business ideas competition to support entrepreneurs and startups in the raw materials field.
This document provides information about science parks and the Italian Association of Science Parks (APSTI). It discusses:
- The definition and role of science parks in promoting innovation and knowledge transfer between universities and companies.
- An overview of the Italian innovation ecosystem and the network of 25 science parks that make up APSTI.
- The skills, infrastructure, and networks that APSTI provides to support companies through incubation, acceleration, technology transfer and internationalization.
SciTree is a web platform proposed by Elena Kalmykova and John Noel M. Viaña to facilitate collaboration between scientists and investors by allowing scientists to post short summaries of their research and technologies for investors to view, in order to help connect scientific discoveries with potential commercial applications and funding. The platform aims to address inefficiencies in the current system where scientists spend much of their time writing lengthy academic papers that are inaccessible to non-scientists, and investors struggle to learn about promising new technologies from lesser known regions. SciTree would function as a marketplace connecting the scientific community with companies and investors seeking to license and commercialize new technologies.
The document discusses research, innovations, and extension activities at colleges and universities. It provides key indicators for evaluating these areas used in accreditation. These include resource mobilization for research, the innovation ecosystem, research publications and awards, consultancy, and extension/outreach activities. The document then provides more details on specific metrics within these categories, such as the types of grants that count towards resource mobilization, what qualifies as an innovation ecosystem, and how research publications are evaluated. It also discusses efforts to promote a research culture through various initiatives and challenges that institutions may face in building their research capabilities.
It is about NAAC criterion3 Research, Innovations and Extension. It describes all key indicators in details with explanation. It is useful for the colleges to improve NAAC grade.
This document discusses establishing partnerships between universities and businesses. It outlines Phillip Allen's background and agenda, which includes why management matters for productivity and innovation. The document then discusses what businesses want from universities, such as recruiting graduates, informal contacts, and joint research projects. It proposes that the Partnership Institute can link MGSM and businesses by producing a roadmap and financial model for active partnerships. The document emphasizes that knowledge transfer involves bringing people together through activities like conferences. It also notes the economic contribution of universities, especially to local regions.
The document summarizes a proposed online platform called SciTree that aims to connect scientists and investors. SciTree would allow scientists to post short summaries of their research and technologies, and enable investors to search for potential investment opportunities. This would help fill the current gap between scientific research and business/investment. The founders believe SciTree could be a global outsourcing platform for research and development, matching scientists and technologies with interested companies.
Research, Technology Transfer & Regional Engagementmet3project
This document summarizes Heriot-Watt University's (HWU) research activities and initiatives to promote technology transfer and regional engagement. HWU has a global reputation for research across various fields including engineering, physical sciences, life sciences, and management. Through its Converge project, HWU aims to accelerate application of research by developing academic and business development capacity. The project combines industry collaboration, assistance to spin
This document discusses Knowledge Transfer Partnerships (KTPs), a program in the UK and Europe that places associates (recent graduates) in companies to work on strategic projects and transfer knowledge between the company and universities or research institutions. KTPs involve a company partner, a knowledge-base partner like a university, and one or more KTP associates. They aim to meet companies' strategic needs through innovative solutions and increased profitability. Similar programs also exist to promote graduate retention and support for small and medium enterprises.
Collaboration, culture and conflict slideshareMike Allen
This document discusses collaboration between universities and businesses. It notes that collaboration has increased dramatically since 2003 and is important for economic and social change. Effective long-term partnerships require relationship building and trust. The main barriers to collaboration are differences in culture, systems, work approaches and priorities between academics and businesses. Solutions include establishing collaboration agreements, developing joint systems, defining secrecy boundaries, and designating clear leaders. Managing conflicts that arise is also important for successful collaboration.
The document proposes solutions to improve research commercialization in India by establishing Research Commercialization Centers (RCCs) located at IITs. The RCCs would synergize existing programs and policies to promote industry-academia partnerships. A governing board would oversee each RCC. Challenges include implementing the synergistic framework and securing funding, but the model aims to be self-sustaining through equity shares. The RCCs are expected to strengthen commercialization of research and boost the startup ecosystem.
US Office of Innovation and Entrepreneurship overview 3helix
The document provides an overview of the Office of Innovation and Entrepreneurship (OIE). It discusses the OIE's history, mission, and vision of supporting economic growth through entrepreneurship and regional clusters. It outlines several of OIE's key programs, including the i6 Challenge grant program, i6 Winners Conference, the National Advisory Council on Innovation and Entrepreneurship, and efforts to facilitate university-industry collaboration and engagement with regional economic development.
The document summarizes insights from the Univenture2015 workshop about how universities should adapt to changes in venture opportunities. Key themes discussed included the need for: interdisciplinary research that bridges fields; changes to teaching curriculum and methods to include more entrepreneurship education and hands-on learning; new incentive structures that reward collaboration over individual achievements; mentoring from industry; better connections between business and academia; streamlining technology transfer offices; and balancing basic and applied research while protecting academic freedom. The workshop brought together academics, university officials, venture capitalists, and other stakeholders.
COLLABORATIVE PRACTICES ON ORGANIZATIONAL INNOVATION IN HIGH TECNOLOGY INDUSTRIES
Fernando Sousa, Ph.D.
President of Apgico (fernando.sousa@apgico.pt)
Ileana Monteiro, Ph.D.
Apgico; University of Algarve (imontei@ualg.pt)
WLICSMB 2010
Zhejiang Small&Medium Business Institute,
Hangzou , 24-26 October, 2010
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-Define entrepreneurship, distinguishing it from general business activities by emphasizing its focus on innovation, risk-taking, and value creation. Students will describe the characteristics and traits of successful entrepreneurs, including their roles and responsibilities, and discuss the broader economic and social impacts of entrepreneurial activities on both local and global scales.
A Visual Guide to 1 Samuel | A Tale of Two HeartsSteve Thomason
These slides walk through the story of 1 Samuel. Samuel is the last judge of Israel. The people reject God and want a king. Saul is anointed as the first king, but he is not a good king. David, the shepherd boy is anointed and Saul is envious of him. David shows honor while Saul continues to self destruct.
2. Überblick
Dauer: 1 Stunde
Begriffe: Ansehen der Einrichtung, Forschung verwerten, Veröffentlichungen,
Anerkennung, Fördermittel
Lernziele:
Ziel des Moduls ist es, Wissenschaftlern einige bedeutende Nutzenaspekte der
Zusammenarbeit mit KMU aufzuzeigen.
• Möglichkeiten zur Überführung der eigenen Forschung in die Anwendung
am Markt.
• Steigerung der Publikationsmöglichkeiten für die beteiligten Forscher.
• Demonstration der praktischen Relevanz der eigenen
Forschungsarbeiten.
• Akquirierung zusätzlicher Finanzierung über Drittmittel.
8. Introduciton
Knowledge transfer between research institutions and industry
consist of a variety of activities, including, for example:
Gifts and endowments by
Research institution-industry industrial partners
staff-exchange programmes (eg. professorial chairs)
Collaborative and contract
Consultancy work
research
9. Introduciton
Reasons to be “personally important” (Yong S. Lee, 2000):
•To look for business opportunity
•To supplement funds
•To secure funding for research
assistants
•To test the practical
application
•To gain insights in the
•To create student
area of one’s own
internships and job
research
placement opportunities
•To gain knowledge about
practical problems useful for •To further university’s
teaching outreach mission
•To look for business opportunity
10. Research benefits
Foster new
research areas
License
May increase HEI
financial resource
Royalties
Develop new
teaching
opportunities
11. Benefits of Collaboration.
Lets look at a best practice Lappeenranta University of Technology
“LUT has a long history combining technology and business.
That’s a good basis for an environment for innovation.”
“Business excellence rarely centers around only performance.”
“Linking technological advances with commercial aspirations is
in the core of many innovations.”
http://www.youtube.com/watch?v=4dYgQwUPaw0
12. Benefits of Collaboration.
What is your role in technology transfer?
Innovation is the complete process of ideas transforming into products:
Idea Technology Development Diffusion
Transfer
HEI Industry
13. Benefits of Collaboration
HEIs and SMEs have always been on the same team, this process portrays
how the collaborations works and where the HEIs role is how important.
14. Commercialization of Research.
• Opens up a number of different opportunities for a HEI:
- create revenue
- make an impact
- can be stimulating for department and students
• Diversify funding base
- In the future: funding will be tied to measurable outcomes
• Informative video about the benefits of commercialization of
research: “From Research to Commercialization”
http://www.youtube.com/watch?v=a2RbujJ2Z0U
15. Publication Opportunities.
• Applying the research to real-world situations, adds a great
element to potential writing pieces.
• The opportunity for publication is beneficial to the professor,
the institution itself, as well as students:
– Such publications are a reference for students seeking to
pursue careers at a HEI or in a SME
– And gives them insight into how a successful economy
functions best
– Not to mention, provides an over-all understanding of a
necessary partnership in society
16. Publication Opportunities.
Scientific Productivity.
• Researchers who combine research and university-industry
relation activities obtain compared with those members who
concentrate only on research (Manjarrés et al., 2008):
• Higher scientific productivity
• Achieve higher status within their institutions
• Better opportunity to access state-of the art equipment,
artifacts and data to carry on their projects.
17. Funding
Mean values of contracts
120.000
100.000
80.000
60.000 University-Industry and Research
Just Research
40.000
20.000
0
R&D Contracts Technological support Training contracts
and consultancy
18. Funding
Mean values of reserach projects
120.000
100.000
80.000
60.000 University-Industry and Research
Just University-Industry
40.000
20.000
0
R&D Contracts Technological support Training contracts
and consultancy
19. Legitimacy
The main indirect benefits for legitimacy
(European Commission: “Improving knowledge
transfer between research Institutions and
Industry across Europe”):
•Development of mutual trust between HEI&SME,
• The enhancement of research institutions research activities.
• Gaining status and prestige, resulting from successful partnerships
and products.
• The enhancement of research institutions teaching activities.
20. Legitimacy
The main indirect benefits for legitimacy
(European Commission: “Improving knowledge
transfer between research Institutions and
Industry across Europe”):
•Attracting, retaining and motivating good scientists interested in
entrepreneurial aspects or in new professional career opportunities.
•Contributing to public authorities better recognising the socio-
economic relevance of publicly-funded research, potentially leading to
increased funding thereof.
•Facilitating exchanges of staff between the research institutions and
industry
21. Legitimacy
• Faculty who receives industry support are more likely to report that their
choice of research topic is influenced by the project’s commercial potential
(Blumethal et al., 1996)
•HEI active in “knowledge sharing” (highly valued and
supported)
• Positive recognition and vision of HEI as part of the
“solution”
• HEI as a symbol of public institution willing be a part of
innovate culture.
•The market and more importantly the community are
more likely to consider HEI because of their involvement
with other organizations.
22. Funding
• Government funding is declining.
• Rise in competitive external funding.
• Diversify funding base.
• Income generation via consultancy, services, commercialization, IP.
• Investment strategies.
23. Funding
The European Social Fund:
• Increased emphasis on strengthening
research and innovation, particularly
through knowledge transfer.
• Through European frameworks programmed is indented to encourage
innovation.
• The Framework Programmes also funds the intersectional mobility of
research staff, including university-industry exchanges.
24. Funding
New Competitive and Innovations Programs
• Will support all forms of innovation, public-
private partnerships and measures to improve
access to finance.
•Complementing their own academic research by securing funds for
graduate students and lab equipment (Yong S. Lee 200)
• Desire of acquiring additional resources, relevant to choose the intensity
of collaboration (Tartari and Breschi, 2009)
• Fiscal budgets constraints encourage HIE to move towards more
competitive funding sources (Geuna and Nesta, 2006)
25. Conclusions
Research Benfits (Subtanial and Considerable)
80%
70% 67% 66%
60% 56%
50%
38%
40%
30%
20%
10%
0%
Funds to support studenst and Gained insights into the Acquiring practical knowledge Helpful in locating student
lab equipment academic research useful for teaching interships and placement
26. Conclusions
Likelihood of furure research collaboration SME-HEI
60% 57%
50%
40% 37%
30%
20%
10%
3% 3%
0%
Expand Maintain Reduce Not Sure
27. Bibliography
• Blumethal D., Campbell E.G., Causiano N., Luois K.S. (1996), “Participation of
life science faculty in research relationships with industry” The New England
Journal of Medicine, Vol 335, No.23,pp.1734-1739
•European Commission: “Improving knowledge transfer between research
Institutions and Industry across Europe”
•Genua A. Nesta L.J.J. (2006), University patenting and its effects on academic
research: the emerging European evidence”, Research Policy, 35,790-807
• Manjarrés L., Gutierrez A., Vega J. (2008), “Coexistence of university-industry
relations and academic research: Barrier to incentive for scientific production”.
Scientometrics, Vol. 76, No. 3 (2008) 561-576
•Tartari V., Breschi S. (2009), “Set them free: scientists’ perception of benefits and
cost of university-industry research collaboration.”, CBS – Copenhagen Business
School Summer Conference.
•Yong S. Lee. The Sustainability of University-Industry Research Collaboration:
An Empirical Assessment
Editor's Notes
This presentation try to describe the benefits for HEI that supposes the collaboration with SME in research projects.The presentation will be focus on four points we have detected are important for the staff of HEI.Publication OpportunitiesLegitimacyFundingCommercialization the ResearchThis presentation try to describe the benefits for HEI that supposes the collaboration with SME in research projects.The presentation will be focus on four points we have detected are important for the staff of HEI.Publication OpportunitiesLegitimacyFundingCommercialization the Research
The ROL of the University, the Vision and Mission, is to EducateBut also is needed to add some extra value to this Education. A plus of Challenge to:Conduct Research Leading Look for new Discoveries- Innovate and improve the existing one.
SME -> great people with a good idea which stands out from the rest and make them work extra to transform the ordinary things into extra-ordinary.So is important to join this talent with the big research talent we can find at the universityBy bringing the University and Industry together through research and development (R&D) collaborations, we accelerate and strengthen the process of technology transfer and the introduction of new products, services, and businesses while providing challenges and a real-world experience to students
The development of the knowledge economy is inducing a paradigm chance in the innovation process, known as “open innovation”More collaborative research and sharing of knowledge and intellectual property. Universities and other research institutions have a critical role to play in this context
To the research members when entering into research collaboration with SMETo supplement funds for one’s own academic researchTo test the practical application of one’s own research and theoryTo gain insights in the area of one’s own researchTo further the university’s outreach mission To look for business opportunityTo gain knowledge about practical problems useful for teachingTo create student internships and job placement opportunitiesTo secure funding for research assistants and lab equipmentTo look for business opportunity
Increase license incomes and royalties (derechos de autor) may increase universities financial resources and consequently:Foster new research areas orDevelop new teaching opportunities.
Example of best practices. Play video depending of the time.
Researchers who combine research and university-industry relation activities obtain compared with those members who concentrate only on research (Manjarrés et al., 2008):Higher scientific productivityAchieve higher status within their institutionsBetter opportunity to access state-of the art equipment, artifacts and data to carry on their projects.
Researchers who combine research and university-industry relation activities obtain compared with those members who concentrate only on research (Manjarrés et al., 2008):Higher scientific productivityAchieve higher status within their institutionsBetter opportunity to access state-of the art equipment, artifacts and data to carry on their projects.
Theindicators are thatresearchersthat combine research and University-Industryactivitiesobtainhigherlevels of competitivepublicfundingthanthosethatengageonly in publiclyfundedresearch.
Inaddition, researchersthatcombienbothtypes of activityhavehigheraveragescientificproductivity.
1- Beneficial to establishment of long-term strategic partnerships (as opposed to one-off contracts). 2- Access to state of the art industrial equipment, improving research institution project management skills, complementing the research institution competence base by new skills and techniques developed in industry, improved understanding of market need and of industry problems.3- Involvement of industry-based lectures, enrichment of teaching contents and materials with practical examples, learning how to apply skills and knowledge to solve real business problems…
is one of the EU's Structural Funds, set up to reduce differences in prosperity and living standards across EU Member States and regions, and therefore promoting economic and social cohesion. In their new programming period (2007-2013), there is in particular supporting co-operation between business and universities and for knowledge transfer infrastructures.As well as R&D projects,
including loans, venture capital, and business angel finance.One of the most significant benefits by faculty members is (…) and by seeking insights into their own research
Yong, S. L. (2000) , About the benefits experienced by researchers that:
An overwhelming majority of these participants say that in the future they would expand or at least sustain the present level of collaboration.The longer the life of a project , the greater the benefits.Frequent interaction spell greater benefits.Experience demonstrable positive => so may continue in the future.