Translation of "Im projekt arbeiten" in English

In SOLVIT Member States co-operate to resolve cross-frontier issues arising in the internal market.

Work on the projects on site is carried out solely by Ecuadorians.

In the Longlife project partners from Denmark, Lithuania, Poland, Russia and Germany are working together.

Very little of the research in Italy is conducted within universities or other academic institutions.

The OME project is executed by KIT as coordinator in cooperation with TU Kaiserslautern and TU München.

Within the project scope, adesso experts from Germany are collaborating with colleagues from Turkey in international teams.

In the VESSEDIA project, ten partners from industry and research work together for a period of three years.

In this project, parents and kindergarten educationalists work together to support children in their linguistic development.

In the BMBF project UDEMM, we work together with the GEOMAR in Kiel and the IOW.

It was designed for a group of four individuals working at a network of four computers equipped with a CD-ROM. Each of them plays a given role in the fire-fighting crews, police, ground services and airport management.

In ZEROWIN, 30 partners from industry and academia are cooperating in the preparation of nine case studies exploring strategies and models aimed at eliminating the waste of materials and energy in electronics and other industries.

Where projects began by placing the emphasis on the training as pect, take young people for only a limited period and are heavily dependent on State subsidies, the opportunities for young people to join in the decisionmaking are usually re stricted to the work itself.

Over 30 partners are working on this project under the direction of Thales Alenia Space, one of the worldwide leading enterprises in satellite technology.

With the framework of the “KraSchwing” project, the German Aerospace Center (DLR) in Stuttgart, the KIT Institute of Vehicle System Technology (FAST), and the Institute for Natural Sciences and Medi-cine (NMI), Reutlingen, together with six enterprises, are working on optimizing the technology for joining fiber-reinforced and metallic hybrid lightweight components.

In the IFL project boy and older ones work completely naturally along and for each other - in social projects abroad.

In the "WindNODE" project, among others, 50Hertz works closely with producers, DSOs, industry, IT and science, in order to create an intelligent energy system for the future.

In the IFL project boy and older ones work completely naturally along and for each other - in social projects abroad.

In the Standard-BIPV project, researchers from the Fraunhofer Institute for Solar Energy Systems (ISE) are working on developing a prefabricated standard BIPV facade for the energy-efficient refurbishment of existing buildings.

In the SONNE project, ten companies and four research institutes are working on increasing the efficiency of modules made of crystalline silicon cells.

In the KoSiF project, the companies Festo, Pilz and Würth Elektronik and the University of Stuttgart are working together with the IGM, INES and INT institutes; Stuttgart Media University and Hahn-Schickard-Gesellschaft (Hahn Schickard Society) are working with the IMAT institute; the Max Planck Institute for Solid State Research is working with the Organische Elektronik (Organic Electronics) Group and the Institute for Microelectronics Stuttgart.

The InsideScience project is carried out by the KIT Collaborative Research Centers 588 “Humanoid Robots” and TR9 “Computer-supported Theoretical Particle Physics” in close cooperation with ZAK _ Center for Applied Science and Studium Generale and the Public Relations and Marketing Service Unit (PKM).

Under the HOMER project, scientists of KIT, FZI, and IBM are working on the implementation of a theoretical process for rapid and error-free calculation on encoded data in the cloud.

Teaming up for the KoSiF project are researchers from Festo, Pilz and Würth Elektronik, the IGM, INES and INT Stuttgart University research facilities, the Hochschule der Medien, the IMAT research facility of the Hahn-Schickard-Gesellschaft, the Max Planck Research Group Organic Electronics and the Institut für Mikroelektronik Stuttgart.

Within the TRANSITION project, they are developing solutions to ensure the technology transfer of sodium-ion batteries to the industrial level, making a significant contribution to a more sustainable energy storage market in Germany.

In the Initial Training Network Future Atomic Clock Technology, our partners from the research and industry sectors and we work on advancing optical clock technologies towards commercial use and future applications.

In the HYDROSOL_PLANT project, researchers at the DLR Institute of Solar Research have developed a production process with which they can generate hydrogen directly from water using sunlight.

For this reason, 44 partners from 11 European countries work together in the project OpenETCS to develop an integrated model, development, validation and testing framework, to support a cost-efficient, reliable and, above all, open source based implementation of ETCS.