Future Electronics Research Programme

  Wireless physiological sensors for ambulatory and implantable applications

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TULE, Future Electronics Research Programme

The objective of the Future Electronics Research Programme (TULE, 2003-2006) is to promote long-term and high-level basic research leading to new innovative applications and to support the ongoing research and development efforts in Finland. A goal is to strengthen the scientific know-how in the fields that are important to the present and future development of the Finnish electronics industry, and to educate skilled workforce required to growth. In the international level a programme-based co-operation is targeted both in the European and wider field.

TULE programme is composed of 13 research projects (of those 12 consortia) that include altogether 56 projects in the research groups level. The programme has a strong thematic area in the future materials. Other thematic areas are integrated systems, efficient algorithmic solutions, and multidisciplinary applications. TULE continues thematically our previous research programme Electronic Materials and Microsystems (EMMA, 1999-2002). The total funding volume of the research programme of Future Electronics is EUR 6,75 million.


Project ”Wireless physiological sensors for ambulatory and implantable applications”

The aim of this project is to study and develop wireless sensor technology for ambulatory and implantable human psychophysiological applications. The wireless sensors will be demonstrated in certain soft and hard tissue implant applications such as implantable electrodes for detection of cardiac state and bone implant monitoring.

Time table: 7/2003 – 12/2006
 Person years: 17,5
Funding: 780 000 €, Academy of Finland
Ranked 1st out of all consortium applications of the TULE-program by an international evaluation board.
 Project is expected to produce new technology and knowledge for ambulatory and implantable human psychophysiological measurements:
- implantable measurement systems
- transmission of data and power to and from implanted devices
- packaging of microsensors and measurement electronics
-  selection and testing biocompatible coating materials

 

Wireless electrode