Micro/nano systems

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Micro/nano systems

• National Contact Point Meeting ICT Call 2
• Brussels. 23rd May 2007
• Francisco IbáñezMicrosystemsEuropean Commission

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Challenge 3Components, Systems, Engineering

• Objectives
• ICT-2007.3.1 Next generation nanoelectronics
  components and electronics integration
• ICT-2007.3.2 Organic and large area electronics
  and displays
• ICT-2007.3.3 Embedded systems design
• ICT-2007.3.4 Computing systems
• ICT-2007.3.5 Photonic components and subsystems
• ICT-2007.3.6 Micro/Nanosystems
• ICT-2007.3.7 Networked embedded and control
  systems

Call 1
Call 2
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Micro/Nanosystems

• Micro/nanosystems are miniaturised systems able
  to
• sense, diagnose, describe and qualify a given
  situation
• suggest or implement appropriate actions
• interact with the user, the environment or
  another smart systems.

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Micro/NanosystemsFeatures

• Interdisciplinarity Mechanics, electronics,
  fluidics, biology, magnetism, optics
• Convergence Micro/nano, ICT, bio
• Heterogeneity Semiconductor, ceramic, glass,
  organic
• Multifunctionality
• Sensing, processing, logic, memory, comm,
  energy
• Integration Monolithic, hybrid, multichip,
  large area

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ICT-2007.3.6 Micro/Nanosystems

• Next generation smart systemsSensor-
  actuator-based systemsHigh density mass storage
• Micro/Nano-Bio-ICT convergenceBiosensors,
  lab-on-a-chip, bioMEMS,autonomous implants
• Integration of smart materialsIntegration of
  micro-nano technologies and smart systems into
  new traditional materials, e.g. textiles,
  glass, paper
• From smart systems to viable productsMicrosystems
  manufacturing technologies
• Smart systems for communications data
  managementSmart micro/nanosystems enabling
  wireless access facilitating intelligent
  networking
• Support actionsTechnology access, education
  training, coordination
• dissemination at EU level

Courtesy STELLA
()
Courtesy INTELLIDRUG
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Micro/nano systemsIndicative Budget

• Total 83 M
• 75 M Collaborative Projects
• 20 M IPs (min.)
• 32 M STREPs (min.)
• 4 M NoE
• 4 M CSA (CASA)
• Total amounts to be confirmed after a new
  financing
• decision for the 2008 budget

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Objective 3.6 (a) Next Generation Smart Systems

• Outcome
• Major breakthroughs in intelligent sensors and
  actuators
• Integrated micro/nanoscale smart systems
  (closed-loop)
• Energy scavenging, storing and management
  techniques
• Design and packaging technologies
• Integrated systems for very high density mass
  storage

Courtesy of project INOS
Complexity, performance, miniaturisation,
autonomy, cost
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Objective 3.6 (b) Nano-Bio-ICTechnologies
convergence

• Outcome
• Converging micro/nano, bio and information
  technologies
• Application areas including environmental
  monitoring, agriculture and food quality, safety,
  security, biomedical and lifestyle
• Address packaging, interfacing, as well as
  ethical and societal issues.

Courtesy of project OPTOLABCARD
biosensors, lab-on-chip, biorobots,,
nanoimplants, bioMEMS, microsystems for food,
safety, environment
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Objective 3.6 (c) Integration of Smart Materials

• Outcome
• Integration of micro-nanosystems into new and
  traditional materials, e.g. textiles, glass,
  paper, etc.
• Emphasis on SFIT (Smart Fabric Interactive
  Textiles) using micro/nanosystems,
  microelectronics, user interfaces, power sources,
  for personal wearable applications.

Courtesy of project SHIFT
Biocompatible, bioconnective, flexible, durable
materials
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Objective 3.6 (d) From smart systems to viable
products

• Outcome
• Advanced, cost-effective technologies for
  sensor/actuator manufacturing and system
  integration
• Alternative fabrication and testing processes for
  low/medium scale volume and short time-to-market
• Pre-industrial validation of manufacturing
  concepts suitable for large-scale production

Courtesy of project AMICON
Materials, equipment, design, manufacturing,
modelling, testing, reliability
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Objective 3.6 (e) Smart Systems for
communications and data management

• Outcome
• Micro/nanosystems enabling wireless access and
  networking
• Data management, storage and processing functions
  of smart systems

RFID, HF-M/NEMS, data management
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Objective 3.6 (f) Support actions

• Outcome
• Ensure access to micro/nanosystems
  manufacturing technologies, in particular by SMEs
• Identify training and education needs propose
  actions
• Coordination and dissemination of smart systems
  integration RD at European level

Courtesy of project NANOSPAD
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Objective 3.3.6 Micro/Nanosystems

• Expected Impact
• Achieve substantial improvement on various
  aspects of smart systems integration Higher
  product quality and reliability, increased
  miniaturisation, integration and functionality,
  lower costs, reduced power consumption, higher
  speed requirements and/or shorter time-to-market.
  
• Provide innovative micro/nanosystems concepts and
  deeply transform industrial production by adding
  intelligence to process control and the
  manufacturing shop floor, and by improving
  logistics and distribution - thereby increasing
  productivity.
• Contribute to increased market share for European
  companies across different industrial sectors by
  delivering systems with new functional
  capabilities and improved quality within a
  competitive timeframe.

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• FP7 - ICT PRIORITY
• INFORMATION DAY on CALL FOR PROPOSALS 2
• OBJECTIVE 3.6 MICRO/NANO SYSTEMS
• Tuesday, 29 May 2007
• Venue Charlemagne Building, Lord Jenkins (S2),
  Brussels
• A number of officials from the European
  Commission will present the
• themes and key information on FP7 proposal
  submission. The information day will provide
  possibility for, ideas/proposals announcement,
  interaction on the spot and partnerships.
  Afternoon session with 5 presentation of
  proposal ideas and expressions of interest
• http//cordis.europa.eu/fp7/ict/programme/events3-
  20070529_en.html
• http//cordis.europa.eu/fp7/ict/programme/challeng
  e3_en.html

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Micro/NanosystemsFP6 (2002-06)
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Micro/NanosystemsFP6 (2002-06)
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Microsystems FP6 EC Contribution per type of
organisation
RES Research organisations HE Higher education
or Training IND Industrial organisations private
or public OTH Organisations not fitting in one
of the above categories
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Projects and EC contribution per type of projects
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Some more statistics

CA IP NoE SSA STRP Total
Total number of Projects 5 21 4 6 43 79
Total Project costs (M) 3.4 312.3 22.8 2.9 165.8 507.2
Total Project EC contribution (M) 3.4 173.3 20.8 2.9 100.6 301
Average Project costs (M) 0.68 14.87 5.7 0.48 3.85 6.42
Average EC contribution (M) 0.68 8.25 5.2 0.48 2.34 3.81
Average Duration (months) 24 42.6 45 31 35.5 36.8
Total number of participants 37 339 82 37 333 828
Average number of participants 7.4 16.1 20.5 6.2 7.7 10.5

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Experts call

• https//cordis.europa.eu/emmfp7/
• Call for experts for FP7
• FP6 experts have been invited to transfer to FP7
  and to update their CV( using the email address
  in FP6 database!)
• Nacional contact points can suggest names for
  experts in micro/nanosystems

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For more information

• European research on the web
• http//cordis.europa.eu
• http//cordis.europa.eu/fp7
• http//ec.europa.eu/comm/research/future/
• Information Society and Media
• http//ec.europa.eu/information_society/
• http//cordis.europa.eu/ist
• Directorate G
• http//cordis.europa.eu/ist/directorate_g

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Micro/Nanosystems
Thank you!
Website http//cordis.europa.eu/ist/mnd/
Contacts Francisco.Ibanez_at_ec.europa.eu Andrea
s.Lymberis_at_ec.europa.eu