Examples of using Department develops in English and their translations into German
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Colloquial
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Official
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Ecclesiastic
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Medicine
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Financial
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Ecclesiastic
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Political
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Computer
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Programming
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Official/political
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Political
The department develops innovative solutions for you.
In addition, our mechanical engineering department develops, builds and implements machines.
My department develops tailor-made measurement techniques.
Working together closely with customers and suppliers, our Research& Product Development department develops new products and applications.
Huifeng R&D department develops any new products together with the customers.
Title_box title=”Design Department of Electrical Installations” The team department develops electrical systems, both interior and exterior in the following areas.
His department develops high-resolution techniques to study the freely behaving animal.
Since its start Ascon has beenclient-oriented: our highly specialised R& D department develops what our marketing spots as market tendency and our Customer Service collets from our clients.
Our department develops new management and analysis tools for mail order companies since 1990.
Furthermore, the company's independent IT department develops high-end software solutions to support intralogistical processes for the customer.
The IT department develops customized solutions focusing on efficiency, simplicity and cost-effective areas.
Directed by Prof. Dr. Andreas Dengel, the Knowledge Management Department develops technologies that allow to prepare, update, allocate, store and communicate information, data and knowledge precisely and systematically.
New department develops 3D printer in Ditzingen- The world's only manufacturer offering every significant laser technology under a single roof.
Rather than relying on rote learning, the Department develops individual and group thinking skills through practical applications in both laboratory and classroom work.
The department develops innovative methods for the evaluation and analysis of Earth system models in comparison to observations with the aim to better understand and project the Earth system.
The Space Research Department develops nanosatellites with minimum dimensions and weight.
The department develops ceramic membranes for gas separation- an area which has considerably expanded for the past few years due to the fact that membrane separation technology offers high energy efficiency through process intensification and cost reduction.
Furthermore the Department develops the software for the GISAID platform for influenza research.
The department develops and optimizes materials and components for specialized applications and investigates interactions with manufacturing processes in close cooperation with the Materials/Components department. .
The Active Polymers department develops innovative multifunctional plastics(polymers) for medical applications.
The department develops holistic and systematic methods for correct, reliable and fault-tolerant systems in close interdisciplinary cooperation with all branches of computer science, automation technology up to the engineering sciences.
For these cases, the department develops sophisticated image processing solutions- in general with a high algorithmic component.
The Life Science Informatics department develops new approaches to produce highly specific information on diseases and individual patients.
In this interdisciplinary project, the Health and Safety department developed the risk analysis methodology;
The finance department developed into a unit which actively guided the business.
During these years, the department developed into a leading research centre for the region.
Researchers in the department develop approaches to understand and engineer the chemistry and biology of plant metabolism.
Our five departments develop and investigate a wide range of forming technologies, keeping industrial practice in view.
Over the course of the week, about 130 students from 15 departments developed proposals for a sustainable food system.
So our department developed a model in which three rather than two adjacent image points are compared with each other," says Alexander Arenz, explaining the starting point of the current study.
