IMPLEMENTATION PLAN

Phase I - Research on the integration of microfluidic functionalities in LTCC technology - deadline 31.12.2015

Task I.1 Analysis of 3D microstructures compatible ceramic materials that can be processed with LTCC technology for integration microfluidic.

Task I.2 Architectural considerations to integrate different applications for microfluidic.

Task I.3 Dissemination and launch the project web page.

Phase II - Integrating the sensitive properties LTCC microfluidic technology - deadline 30.12.2016

Task II.1 The development of microfluidic functionality in LTCC technology for various applications; Structural characterization of translation.

Task II.2 Identification of nano-structured inks that can be processed in LTCC technology to integrate sensing properties; Designing technology for submitting sensitive LTCC 3D layers.

Task II.3 Preliminary laboratory scale integration of sensitive electrodes in LTCC structures.

Task II.4 Structural characterization obtained; Laboratory tests sensitive electrodes.

Task II.5 Disseminate and update the Web page.

Phase III - Design and characterization of sensors integrated with microfluidic properties; Dissemination and Implementation - deadline 29.12.2017

Task III.1 The design of microfluidic functionality with integrated sensors with LTCC technology.

Task III.2 Chemical functionalization of sensors integrated with microfluidic properties. Characterization of electrochemical sensors produced.

Task III.3 Designing sensors with advanced signal processing and wireless integration.

Task III.4 Developing integrated wireless sensors in the laboratory.

Task III.5 Concept validation and evaluation of the life of sensors integrated with microfluidic functionality.

Task III.6 Dissemination and implementation of results. Updating the Web page.