Examples of using Engineers can in English and their translations into German
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Colloquial
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Medicine
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Computer
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Programming
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Official/political
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Political
Our experienced engineers can help.
Engineers can concentrate on engineering.
The thoughts of marketers and engineers can not always and should coincide.
We engineers can not resist.- An engineer? .
Fraunhofer IGD With the latest generation of simulation software, engineers can see whether a specific part will do what it's supposed to even before it's manufactured.
Engineers can thus precisely view how both elements integrate with each other.
With an accurate, portable system, railcar engineers can measure all of those points faster than with their traditional gauges.
Engineers can design the full automatic work line depend on the products that you want print, let everything is automatic.
By using advanced insight into gear oil, engineers can ensure that changes happen at the right time to avoid damaging machinery.
Engineers can use the igus 3D CAD app as a mobile tool for finding components in the igus product catalogue configuring them in line with requirements.
With new models and data from the rheology lab, engineers can understand better how everything works together and share that with customers.
Engineers can automate the generation of certification artifacts at each step, including software design documents, metrics, and requirements.
With our die face design and sheet metal forming simulation software called PAM-STAMP, engineers can design, optimize and verify sheet metal forming processes on computer.
Our engineers can adjust the equipment to comply with the requirements of the project.
Heidelberg SystemService engineers can access your system on request, for example to provide live support.
Engineers can help technicians to do their job remotely with additional information, and information from the web finds its way back into the real world.
All data sent by architects and engineers can be transferred in any stage and can be followed up and then sent to the machine control.
Engineers can therefore use proven technology, keeping design and support easy, while there's a lot of potential to increase the speed of the application.
After changes are made in the model, engineers can run simulations for regression tests to ensure that the changes do not cause unintended behavior in the system.
Engineers can easily discuss current design projects and swiftly detect errors early in the design process, thus avoiding bad surprises in later product development stages.
In vast fermentation vats, engineers can direct and control natural metabolisms in order to produce all sorts of substances with a high added value.
This way, engineers can virtually manufacture, assemble and test physically realistic virtual components, long before their hardware prototypes are manufactured.
Our technical experts and engineers can assess your existing equipment and systems for risks, then recommend, design and implement the best remedy for your plant.
Engineers can run requirements-based unit tests and use automated modeling standard checks to ensure that their flight software algorithms are production ready.
With this single core model, engineers can not only perform regulatory crash and NVH tests, they can also run virtual tests to evaluate real driving conditions.
Engineers can use this information to evaluate meter performance, add credibility to measurements and make predictions on possible service requirements of the flowmeter and sensors.
To keep on top of this, engineers can calculate the product half-life by completing an equation using the bleed rate of the water supply and dose accordingly.
Our experienced engineers can design complete, customer-specific, product solutions by using their extensive skills in both the mineral casting and linear technologies.
In this case, engineers can ensure mpg sticker accuracy by adding special features to the controller to make fuel economy more robust to wheel diameter changes.
Semiconductor device engineers can manipulate semiconductor materials to build transistors, capacitors, wires, light-emitting diodes and semiconductor lasers- all of which are integrated into computer chips.