RIS 3 Workshop Tartu Estonia Driving economic growth

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RIS 3 Workshop, Tartu, Estonia Driving economic growth through innovation Professor Richard B. Davies,

RIS 3 Workshop, Tartu, Estonia Driving economic growth through innovation Professor Richard B. Davies, Vice-Chancellor Swansea University 17 th October 2017

www. swansea. ac. uk

www. swansea. ac. uk

The role of a research intensive university in productivity growth and regeneration University Domain

The role of a research intensive university in productivity growth and regeneration University Domain World-class Research Strategically managed relationships with industry Traditional University 21 st Century Research Intensive University Life- and Career-Enhancing Teaching Employability Knowledge Economy www. swansea. ac. uk

Complex Challenges Attract inward investment Support local companies Create companies License IP Ensure employable

Complex Challenges Attract inward investment Support local companies Create companies License IP Ensure employable graduates

Problem 1: A Leadership Gap Technology Readiness Levels TRL 1 -3 Research TRL 3

Problem 1: A Leadership Gap Technology Readiness Levels TRL 1 -3 Research TRL 3 -6 Technology development and scale up TRL 6 -8 Component and system development University PUSH TRL 8 -9 Commercial implementation Market PULL THROUGH PULL www. swansea. ac. uk

Problem 2: The Myth of Innovation is NOT a Linear Process Basic Research Applied

Problem 2: The Myth of Innovation is NOT a Linear Process Basic Research Applied Research Development Commercialization University Market www. swansea. ac. uk

Non-Linear Model of Innovation Basic Research Quest for Basic Understanding Ø New Knowledge Ø

Non-Linear Model of Innovation Basic Research Quest for Basic Understanding Ø New Knowledge Ø Fundamental Ideas Potential Use Ø Application of Knowledge to a Specific Subject Ø “Prototypicalization” Feedback: Ø Basic Research needed for discovery Applied Ø Search for new Research ideas and solutions to solve longer-term Feedback: Development of Products issues Ø Applied Research Ø Goods and Services needed to design Development new product characteristics Ø Solve scaling up problems Feedback: Market Signals/ Technical Challenge Commercialization Ø Desired Product Alterations or New Characteristics www. swansea. ac. uk Ø Cost/design trade-off

An ambitious journey March 2013

An ambitious journey March 2013

Swansea University: Co-location model R&D Proto-typing Industry Applied Research Skills Blue Skies Research University

Swansea University: Co-location model R&D Proto-typing Industry Applied Research Skills Blue Skies Research University Basic Research Training Manufacture Postgraduate Students

Science and Innovation Bay Campus Phase 1 opened Sept 2015 ! Total Cost ≈

Science and Innovation Bay Campus Phase 1 opened Sept 2015 ! Total Cost ≈ € 500 million ERDF ≈ € 70 million EIB ≈ € 80 million

World Class Research and Teaching Facilities

World Class Research and Teaching Facilities

Equipment to support industrial scale up & manufacturing

Equipment to support industrial scale up & manufacturing

Innovation into commercialisation

Innovation into commercialisation

Phase 2: Computational Foundry, ERDF € 25 million www. swansea. ac. uk

Phase 2: Computational Foundry, ERDF € 25 million www. swansea. ac. uk

Swansea City Deal signed: March 2017

Swansea City Deal signed: March 2017

Thank you

Thank you