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A thermoelectric mass flow rate sensor on a 10 μm thick polyimide foil and its integration process on planar as well as non-planar surfaces has been developed. Flow sensors, fabricated by MEMS technology, usually have a height which is directly coupled to the wafer thickness (typically 525 μm or 380 μm). They are not bendable and an integration process is always complex...
A new electrical connection technology for highly miniaturized systems based on functional printing has been studied. INKtelligent printingreg with its ability to print structures in micrometer size uses electrically conductive inks with functional nanoparticles to provide MEMS devices with electrical contacts. Due to large dimensions of conventional packaging technologies like flip chip or wire bonding,...
The CONNECT project proposes a pedagogical and technological approach that crosscuts the boundaries between schools and science museums and involves both students and teachers in extended episodes of playful learning. It develops tests and evaluates learning pathways to facilitate in situ learning that will be implemented in ambient, always available educational environments developed with emerging...
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