Grundlage der Arbeiten am Fraunhofer-Institut für Arbeitswirtschaft und Organisation IAO und am kooperierenden Institut für Arbeitswissenschaft und Technologiemanagement (IAT) ist die Überzeugung,
dass unternehmerischer Erfolg in Zeiten globalen Wettbewerbs vor allem bedeutet, neue technologische Potenziale nutzbringend einzusetzen. Deren erfolgreicher Einsatz wird vor allem durch die
Fähigkeit bestimmt, kunden- und mitarbeiterorientiert Technologien schneller als die Mitbewerber zu entwickeln und anzuwenden. Dabei müssen gleichzeitig innovative und anthropozentrische Konzepte
der Arbeitsorganisation zum Einsatz kommen. Die systematische Gestaltung wird also erst durch die Bündelung von Management- und Technologiekompetenz ermöglicht.
SWOP offers a radically new and extensible approach for ICT support in fast and flexible
production of customised but industrialised complex products and services.
The SWOP approach is a breakthrough in manufacturing, which will be validated by four business cases.
It combines a generic, open, semantic, standard-based, distributed engineering platform with
intensive input of knowledge capital of engineering and expertise expressed in parametric object
catalogues together with reference design patterns.
The platform bases on two tightly integrated state-of-the-art ICT technologies with high potential
for business application and impact:
Semantic Web technologies and
Genetic Algorithms for smart manipulation of semantic data.
Fraunhofer Enterprise Grids offers you a broad line-up of consulting, services and software solutions in the technology areas of Grid, Service Oriented Architectures and IT Virtualisation.
Furthermore you obtain complete solutions beginning with the custom-made product of efficient algorithms, software applications and services up to the operation of the IT infrastructure needed for it on the resources of the Fraunhofer Society.
Lab 2020 is official supporter of "Labs21" - a "green lab" initiative to optimize the sustainability of lab design, construction and operation.
We kindly invite you to participate in the annual conference from September 22-24, 2009 in Indianapolis. Exhibitor registration is now open as well as the opportunity to submit papers to be presented at the conference .
This brochure demonstrates the innovative potential of nanotechnology for environmental technology companies in Hessen. It starts out with
a introduction to nanotechnology and its various functionalities on the basis of which the application
potential in environmental technology can be assessed. The application potential is then set
against the facilities already available in Hessen’s nanotechnology sector.
Examples of possible uses
for nanotechnology are provided by selected environmental technology applications in filtration, pollutant decomposition, catalysis and sensors.
Fraunhofer researchers in collaboration with University of California Riverside have developed a microcapsules based technology allowing a tuneable-colour system not requiring an integrated energy supply.
Set Bookmark