Der Bayerische Forschungsverbund für Elektromobilität (FORELMO) präsentiert seine Aktivitäten auf der dritten Conference on Future Automotive Technology (CoFAT), die am 17. und 18. März 2014 auf dem Campus der TU München in Garching stattfindet.

FORELMO bearbeitet unter dem Motto „Der elektrische Antriebsstrang von morgen – effizient, sicher, wirtschaftlich“ ausgewählte Fragestellungen zu den Schwerpunkten Elektromotoren, Batteriesysteme und leistungselektronische Schlüsselkomponenten.

FORELMO wird von der Bayerischen Forschungsstiftung gefördert

Advanced simulation models and a computational framework for lithography-integrated directed self-assembly (DSA) of block copolymers will be developed within the European project CoLiSA.MMP. These software tools will aid the research and development of new materials, designs and process flows. By enhancing existing and future lithographic patterning techniques, DSA of block copolymers can help to further extend the impressive development in semiconductor technologies. Cost-efficient technologies for the miniaturization of patterns in semiconductor devices are key to the development of more powerful computers, mobile devices and many other types of consumer and industrial electronics. CoLiSA.MMP combines European expertise in soft matter physics, block copolymer chemistry, lithographic process and computational lithography.

Fraunhofer IISB offers R&D Services on SiC from materials development and prototype devices to module assembly and mechatronic systems.

Based on IISB‘s toolbox, customers can utilize the services in order to  perform, e.g., design studies, feasibility tests, proofs of concept, or prototype fabrication.

For this, Fraunhofer IISB operates the π-Fab, which comprises a continuous silicon CMOS and silicon carbide process line in an industry-compatible environment.