Transcript Micro/nano Based Sub

Micro and Nanosystems
IST Programme
Call 5
2.5.2 Micro/nano based subsystems
Francisco J. Ibáñez
European Commission
[email protected]
2005-06 Workprogramme
Micro/nanosystems
Call 4
2.4.2 Technologies and devices for
micro/nano-scale integration
Development of technologies to improve heterogeneity, miniaturization and
integration of materials, disciplines and functionalities.
Call 5
2.5.2 Micro/nano-based subsystems
Innovative integration of micro/nanosystems technologies and devices into
subsystems and applications.
IST in FP6
Trust &
Security
IST for societal
challenges
IST for work & business
challenges
Demanding
applications
Applied IST for major societal and economic challenges
anywhere, anytime, anywhere, any service, for all’
core technologies & “pull-through” applications
Communication, computing
& software technologies
Communication
& networking
Software
Components & µsystems
µ, nano & opto
electronics
µ and nano
systems
Knowledge & interface
technologies
Knowledge
technologies
interfaces
2.5.2 Micro/nano based
subsystems
Objective
To
validate
integrated
micro/nano
systems
technologies for new products and services in key
applications: micro/nano-based integrated medical
systems, miniaturised autonomous robotic systems,
mass storage and visualisation systems.
2.5.2 Micro/nano based
subsystems
1. Integrated systems and tools for point-of-care
diagnosis, monitoring and drug delivery
 Multi-disciplinary approach
 Attached or implanted devices
 Sensors integration into diagnostic/therapeutic tools
 Interfacing between the cell/chip and the outside word
 New bio-microsystems: proteomics, DNA screening, drug
screening and delivery, early diagnosis, etc…
Instruments: IPs and STREPs
HEALTHY AIMS
Cochlear implant
Retina implant
Pump to pump blood or
other liquids in the body
Artificial lung/air pump
Artificial bladder
System to close/
open bladder
Control system
nerve motion detector
Shoulder implant
Heart pacemaker
Pressure sensor for
brain cavity and aorta
External force actuators,
external trigger
linked to implants, or other
mechanisms
Glaucoma sensor
nerve stimulator
FES lower / upper limbs
Signal processing from
external trigger
mechanism to implant
Body Area Network
2.5.2 Micro/nano based
subsystems
2. Autonomous and miniaturised (micro-) robotic
systems
 Miniature instruments (“smart” pills)
 Autonomous miniaturised vehicles
 New assembly and packaging approaches
 Emphasis on design and power supply management
Instruments: IPs and STREPs
Endoscopic pill &
Micro-mechanical Flying Insect
2.5.2 Micro/nano based
subsystems
3. Innovative mass storage systems
 New devices, emerging technology and integrated systems
 Very high density mass storage capacity in small size
 Progress on micro-nano-devices, mechanics, optics,
electronics and/or magnetic
Instruments: IPs and STREPs
2.5.2 Micro/nano based
subsystems
4. Novel 3D visualisation systems; very large area
displays and highly integrated display solutions
 Improve quality and performance of existing 3D displays
 Integrate sensors in displays
 New disruptive display technologies
 Manufacturing and fabrication techniques
Instruments: IPs and STREPs
Brightness
sensor
CMOS
camera
Speakers
Battery
Micro-optical
light guide
Miniaturised
IMU
Primary display
unit (s)
RF Tx/Rx
module
Microphone
2.5.2 Micro/nano based
subsystems
5. Validation and demonstration
 Explore the use of micro/nanosystems in major socioeconomic contexts
 Stimulate the transfer of results between application fields
Instrument: IPs
6. Roadmaps, specific coordination and support activities
 Define major research trends and address the ICT-bio-micronano-technology field
 Foster multi-disciplinarity addressing research at the
boundaries of different sciences
Instruments: Specific Suport Actions (SSAs) and Coordination
Actions (CAs)
Call 5: 2.5.2 Micro/nano
based subsystems
Budget:
 58 M€ (+ 10%)
 IPs: 70%
 STREPs, SSAs, CAs: 30%
Contact:
Francisco J. Ibáñez
Micro and nanosystems
[email protected]
Tel.: +32 229 68659