4. Who we are
• We are a multicultural,
cross-domain,
and international,
group of R&D veterans
• We are believers in
open innovation
5. What we do
• Using Open Innovation principles, we partner with various
types of companies, from early-stage start-ups to large
manufacturing firms, to:
Solve
Technical Problems
Accelerate
R&D – by boosting the initiation or the
finalization of R&D efforts
Detect
Unconventional Markets – by identifying and
assessing markets outside the competence sphere of
ours clients.
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6. Our locations
• California, USA
Heart of Innovation
• Lille, France
Heart of Europe
Contact:
Contact:
Gabriel, (734) 223 4711
Anthony, +33 (0)3 66 72 18 05
gmeric@getaglobalvision.com
anthony.beaudier@globalvision-innov.fr
7. Some areas of expertise
•
•
•
•
•
•
•
•
Energy
Chemistry
Plastics and Polymers
Advanced Materials
Biotech
Big Data
Modeling & Simulation
Mechanical Engineering
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8. They partnered with us
Alkern is a European
leader in concrete
products.
Aquarese is a specialist
in high pressure products
and processes.
Jeumont Electric is a
world-class pioneer
in high voltage
electric rotating
machines and their
auxiliaries.
Madeco is a
European leader in
window blind
manufacturing.
Castorama is the
French leader in home
improvement and
gardening supplies.
Plage is a French
innovative provider of
mural decoration.
Copalis is global
supplier of marinebased natural
ingredients to various
markets.
Rio Tinto is a global
metal and mining
corporation with
$51B turnover.
Decathlon is a
global with $6B
turnover sporting
goods manufacturer
and retailer.
Sealock is a leading
adhesives
manufacturer in
France and Eastern
Europe.
Fives DMS is the
world leader for cold
rolling mills for the
steel industry.
Fred & Fred provide
innovative luxury
lighting solutions to
clients in France and
in the USA.
Wipak is a European
manufacturer of films
and high-end
packaging solutions.
Fruition Sciences is a
global provider of
high-tech solutions for
water management in
vineyards.
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10. Comparative advantage
• Put forward by David Ricardo in 1817
• To be wealthy, countries must:
specialize
in sectors where they are the best or least
bad
and trade
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11. Comparative advantage (David Ricardo, 1817)
• Developing countries specialized in manufacturing
• Developed countries specialized in services, R&D, etc.
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12. U.S. manufacturing sector
• Manufacturing has been declining over time as a
share of U.S. GDP and employment
Real GDP in 2010: $13.24 trillion
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15. Importance of the manufacturing sector
• Services sector needs manufacturing sector to
develop
• R&D needs industry for guidance
• Manufacturing has a strong impact on GDP
Real GDP in 2010: $13.24 trillion
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16. Importance of the manufacturing sector
• Welch, McDowell County, West Virginia
1946
Today
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17. An opportunity in the U.S.: shale gas
• Price of natural gas in the US, Asia, Europe
$ per BTU
17
18. Data on U.S. manufacturing
• Thanks to shale gas, US industry is more competitive:
better competitiveness of existing industrial plants
reshoring of US firms’ plants from developing countries
location of new plants from European, Asian firms
Monthly net job growth in the manufacturing sector
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19. Advanced Manufacturing
Advanced Manufacturing:
Manufacturing that entails rapid
transfer of science and technology
(S&T) into manufacturing products
and processes
• Advanced Technologies or processes include:
Computer-assisted techniques (e.g., CAD, CAE, CAM, modeling, simulation, etc.)
High Performance Computing, Information Technologies
High Precision Technologies
Advanced Robotics, Automation and other intelligent production systems
Control systems to monitor processes
Sustainable and green processes and technologies
High-rate Manufacturing
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20. Advanced Manufacturing
• Building brand new, modern factories
• And keeping them at the forefront of progress
This used to be
a brand new,
modern factory
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22. Data on U.S. manufacturing
Impact of
manufacturing
Real GDP in 2010: $13.24 trillion
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23. U.S. Advanced Manufacturing
“Today, I’m calling for all of us to come
together… to spark a renaissance in
American manufacturing and help our
manufacturers develop the cutting-edge tools
they need to compete with anyone in the
world”
“With these key investments, we can ensure
that the United States remains a nation that
‘invents it here and manufactures it here’ and
creates high-quality, good paying jobs for
American workers.”
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25. Advanced Manufacturing National Program Office
Executive Office of the President
AMNPO
July 2011
Advanced
Manufacturing
Partnership (AMP)
Advanced
Manufacturing
Agency leaders
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26. Advanced Manufacturing Partnership (AMP)
June 2010
The White House launched the
Advanced Manufacturing
Partnership
• Members from industry, universities
and federal government
• Provide recommendations on: policy
environment, innovation, talents,…
• Coordinated effort via the interagency
(AMNPO)
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27. Example: Creation of 15 Institutes (1/2)
• A nationwide crowd sourcing effort to gather
about 900 stakeholder suggestions: “NNMI –
Preliminary Design” on Jan. 16, 2013
• Total Budget $1 billion to be matched by industry
• Objective: bridge the gap
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28. Example: Creation of 15 Institutes (2/2)
• Institutes on:
National Additive Manufacturing Innovation Institute (3D printing)
Clean Energy Manufacturing Innovation Institute (power electronics devices)
Lightweight and Modern Metals Manufacturing Innovation Institute
Digital Manufacturing and Design Innovation Institute
Etc…
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30. Example: Research in Disruptive Robots
• Budget: $70 million
• Funders: Space Administration, National Institutes of
Health, the Department of Agriculture
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31. Example: Education
• $8 billion to train two million workers through
partnerships between community colleges and
industry
• $70M to set up a multi-university collaborative
framework for sharing educational materials and
best practices related to advanced manufacturing
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33. Objectives of the Commission
• October 2012: Communication of the European Commission
regarding a Stronger European Industry for Growth and
Economic Recovery
• Raise industrial sector’s GDP share from 16% to 20% of GDP
• 6 priority areas:
Key Enabling Technologies
Bio-based products
Clean Vehicles
Smart Grids
Sustainable Construction and Production
Advanced Manufacturing Technologies for Clean Production
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34. Factories of the Future (FP7)
• Factories of the Future
• Public-Private-Partnership of 1.2B Euro
• Targeted areas:
New model of production systems (e.g., transformable factories,
networked factories)
ICT-based production systems
Sustainable manufacturing tools, methodologies and processes
79 projects funded under FP7
(2009-2012)
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