Rompre avec le pass

1
Implementation opportunities in FP7
Manufuture 2006 Conference, Tampere, Finland
Workshop Session Exploiting the convergence of
technologies
Hans Hartmann PEDERSEN DG RTD Industrial
technologies hans-hartmann.pedersen_at_ec.europa.eu
2
Main topics

• From FP6 to FP7- Some practical changes
• Time table for the first calls
• Plans for the next few years in Exploiting the
  convergence of technologies

Important notice As the formal decisions
concerning FP7 and the work programmes are still
pending, all the information in the subsequent
slides should be considered as tentative and
subject to possible changes!
3
Instruments

• 1. Collaborative projects
• ("small or medium-scale focused research"
  projects)
• ("large-scale integrating" projects)
• ("Projects may also be targeted to special groups
  such as SMEs")
• 2. Networks of Excellence
• 3. Co-ordination and support actions
• Support to actions aimed at "coordinating or
  supporting research activities"
• ERA-Net ERA-Net

4
Financing

• Research and technological activities 50 of
  eligible costs except that for
• SMEs 75
• Public bodies 75
• Secondary/higher education establishments 75
• Research organisations (non-profit) 75
• Demonstration activities 50 of eligible costs
• Management, audits etc. 100 of eligible costs
• Coordination and support actions 100

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Implementationin 2007

• Indicative budget around 500 million Euros
• Indicative timetable For Collaborative projects
  and SME dedicated projects
• Publication Dec 06
• Deadline 1st stage Mid April 07
• Evaluation 1st stage Mid May 07 (2 weeks)
• Deadline 2nd stage Beginning Oct 07
• Evaluation 2nd stage Beginning Nov 07
• Results End Nov 07

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Implementationin 2007

• Indicative Timetable For Coordination/Support
  actions
• Publication Dec 06
• Deadline Sept 07
• Evaluation 1st stage Oct 07
• Results Mid Nov 07
• Evaluation in 2 stages for collaborative SME
  projects 1 stage for Coordination/Support
  actions
• Short 1st stage proposal (10 pages?) emphasis on
  ST excellence and Impact
• Full proposal reduced number of evaluation
  criteria (ST excellence, Impacts, Management)

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Year 1
Activity 4.3 New Production (10 topics)
LArge
SMall
WP Overview
4.3.1 Development and validation of new
industrial models and strategies (3 topics)
4.3.1-1 Beyond Lean Manufacturing New
industrial models for products and process life
cycle - LA
4.3.1-2 New added-value user-centered products
and product services SME dedicated
4.3.1-3 Integrated risk management in plants,
industrial parks, industrial systems and networks
- LA
4.3.2 Adaptive production systems (2 topics)
4.3.2-1 Rapidly configurable machines and
production systems - SM
4.3.2-2 Process intensification in chemical
production - SM
4.3.3 Networked production (1 topic)
4.3.3-1 Innovative custom-driven
product-service design in a global environment -
SM
4.3.4 Rapid transfer and integration of new
technologies into the design and operation of
manufacturing processes (2 topics)
4.3.4-1 Rapid manufacturing concepts for small
series industrial production SME dedicated
4.3.4-2 Innovative pathways in Synthesis
improving efficiency by smart synthesis, design
and reduction of the number of reaction steps -
SM
4.3.5 Exploitation of the convergence of
technologies (2 topics)
4.3.5-1 Processes and equipment for high
quality industrial production of nano-surfaces -
LA
4.3.5-2 Production technologies for
micro-manufacturing - LA
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Year 1
Activity 4.4 Integration of technologies for
industrial applications (7 topics)
LArge
Other
WP Overview
SMall
4.4.1 Advanced wood-based composites and their
production - LA
4.4.2 Application of new materials including
bio-based fibres in high-added value textile
products SME dedicated
4.4.3 Multifunctional materials for the future
vehicles - LA
4.4.4 Substantial innovation in the European
medical industry - LA
4.4.5 Resource efficient and clean buildings -
LA
4.4.6 Innovative added-value construction
product-services SME dedicated
4.4.4-5 ERA-Net on Construction ERA-net
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4.3.5 Exploitation of the convergence of
technologies

• Objective
• Stimulate the creation of new industries by
  facilitating the design, engineering and
  manufacturing of the next generation of high
  value-added products.
• This by exploiting the opportunities from
  integration and convergence of for example,
  micro- ,nano-, bio-, info- and cognitive
  technologies.
• Research focus
• Application of basic research results for the
  development new manufacturing processes for new
  science based products
• Creating potentially disruptive products and
  production systems.
• Possible application fields
• Environmental technologies, adaptive and
  functional materials, cognition based control,
  intelligent mechatronic systems and process
  technologies
• - strong focus on micro and nanomanufacturing.
• - with 2 topics for the 2007 call

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Processes and Equipment for High Quality
Industrial Production of 3-Dimensional
Nanosurfaces

• Technical Content/Scope
• Up-scaling and stabilising "surface
  functionalization" processes for high yield,
  reliability, quality and cost efficiency
• Convergence of top-down and bottom-up surface
  nanostructuring1) processes2) may be envisaged,
• Including co-development of quality measures,
  characterization equipments and control
  systems3).
• Funding Scheme Large-scale integrating projects
• Special Features
• Demonstrate nanosurface processes in an
  industrial application.
• Address the holistic, clean manufacturing system
• Involve end-user groups in the nano-micro-manufact
  uring value chain
• Expected Impact
• A clear strategic contribution to establishing a
  European high value added nano-manufacturing
  industry
• Implementation of MANUFUTURE SRA (See
  µ-nano-manufacturing roadmaps)

1) surface nanostructuring is the fabrication of
surface structures with typical dimensions
smaller than 100nm on various solid materials,
e.g. metals, ceramics, glasses, semiconductors,
polymers 2) (e.g. polymer self-assembly, sol-gel
texturation, lithography and etching, moulding,
hot embossing imprint, laser based coating, PVD,
PE-CVD) 3) surface characterization equipments
and procedures, online control and online control
systems
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Production Technologies and Equipment for
Micro-Manufacturing

• Technical Content/Scope
• Enable high throughput processes1) for length
  scale integration and manufacture of components
  and devices with complex 3D features.
• Extend microfabrication process capabilities for
  a wider range of materials and geometric forms,
• Include methods for inspection and functional
  characterisation by on-line control systems.
• Funding Scheme Large-scale integrating projects
• Special Features
• Clear industrial involvement
• Holistic process chain coverage
• Adaptive applications to different types of
  products and industrial sectors2)
• Expected Impact
• A clear strategic contribution to establishing a
  European high value added nano-manufacturing
  industry
• Transfer of laboratory scale manufacturing
  processes to an industrial scale
• Implementation of MANUFUTURE SRA (See
  µ-nano-manufacturing roadmaps)

1) direct- or rapid manufacturing
micro-injection moulding micro-tooling
production, single part manufacturing, energy
assisted machining and micro-replication
technologies 2) new emerging multi-material
products in the medical/surgical, transport,
biotechnology and consumer products sectors.
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Multi-annual implementation plan
Exploiting the convergence of technologies
stimulate the creation of new industries
Processes and Equipment for High Quality
Industrial Production of 3-Dimensional
Nanosurfaces
Surface functionalisation and nanolayering
Automation and economical production
new manufacturing processes

• µ- and Nano Manu-facturing Platforms
• Design, Modelling and Simulation Tools
• Equipment and Tools Integration
• Intelligent scalable adaptable
• Flexible, Modular Networked System Architectures
  

facilitate next generation high value-added
products
create potentially disruptive products and
production systems
Production Technologies and equipment for
Micro-Manufacturing
Handling and Micro-assembly processes for
multi-functional multi-material meso-micro
devices
New, cost efficient production methods
Volume production process chains for high
throughput micro-manufacturing

Y1 Y2 Y3 Y4
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Nanoscience, Nanotechnology, Materials and new
Production Technologies
Area 1 µn- Manufacturing topics

• Self assembling and self organisation SM
  (surface/optical/corrosion)
• Pilot lines for nanotechnology-based components
  LA
• Equipment for nanotechnology SME dedicated
  (QC..)
• ERANET Support to Member States' research
  programmes in nanosciences
• a number of CAs (nanometrology, nanobiotech
  etc.)

14
Nanoscience, Nanotechnology, Materials and new
Production Technologies
Nanoscience, Nanotechnology, Materials and new
Production Technologies
Area 2 µn Manufacturing topics

• Nano-structured composite materials - LA
• Nano-structured coatings and thin films - SM
• Organic materials for electronics and photonics -
  LA
• Nanostructured materials with tailored magnetic
  properties SM
• Advanced material architectures for energy
  conversion - SM
• Novel bio-material and bio-inspired materials
  (tissue engineering LA)
• Flexible efficient processing for polymers
  SME-dedicated
• Novel materials tailored for extreme environments
  - LA

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- Some FP6 NMP Projects
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Information

• EU research http//europa.eu.int/comm/research
• Seventh Framework Programme and SPs
  http//europa.eu.int/comm/research/future/index_en
  .cfm
• Information on research programmes and projects
• http//www.cordis.lu
• NMP Industrial Research Magazine
  http//europa.eu.int/comm/research/industrial_tech
  nologies/lists/magazine_en.html/
• Nanotechnologies
• http//www.cordis.lu/nanotechnologies
• RTD info magazine
• http//europa.eu.int/comm/research/rtdinfo

NH FP7BMC - 23 March 06 - 16
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Thank you for your attention
Disclaimer Aspects of these presentations
interpret legal documents. Only these legal
documents are legally binding
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Summary
Nano- surfaces
Gaps / Needs
RTD Ideas and projects
Text
Text
Automation and economical production
Y3
Surface functionalisation and nanolayering
Y2
Processes and Equipment for High Quality
Industrial Production of 3-Dimensional
Nanosurfaces
Y1
19
Summary
Micro-manufacturing
Gaps / Needs
RTD Ideas and projects
Text
Text
Handling and Micro-assembly processes for
multi-functional multi-material meso-micro
devices
Y3

Volume production process chains for high
throughput micro-manufacturing
Y2
Production Technologies and equipment for
Micro-Manufacturing
Y1
20
Summary
Integration /Platforms
Gaps / Needs
RTD Ideas and projects
Text
Text
Y3

• µ- and Nano Manu-facturing Platforms
• Design, Modelling and Simulation Tools
• Equipment and Tools Integration
• Intelligent scalable adaptable
• Flexible, Modular Networked System Architectures
  

Y2
Y1