Приклади вживання Engineering practice Англійська мовою та їх переклад на Українською
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Colloquial
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Ecclesiastic
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Computer
Data analysis and engineering practices.
Engineering practices in different companies and contexts.
Environmentally sustainable, or green, engineering practices.
Engineering practice: the view of the manager. What? How? Why?”.
It is an organic combination of science and engineering practice.
The results can be implemented in engineering practice in the design and construction of layered structures.
It is core to our culture rather than simply an“add-on” to the engineering practice.
In engineering practice connected with ventilation system servicing, a phenomenon of excessive thermal energy in circulating air has been found.
He developed andread lecture courses"Mechanics of robots" and"Numerical methods in engineering practice".
Due to widespread use of multilayer shells in engineering practice, the study of stress behavior of the separate layers becomes more relevant.
They typically concentrate their activities on the applied design,using current engineering practice.
Sequential procedures of statistical parameter estimation application in engineering practice for the example of air navigation devices extending the term of service(resource) are considered.
Already in early 1970ies,wide installation of the computing engineering began in engineering practice.
The surveillance authority can add orspecify other motives(for example failure to comply with good engineering practice) when invoking the safeguard clause, provided that they are directly linked with these three reasons.
About a dozen planes andhelicopters of various types were available there for engineering practice.
Writing good comments is a solid software engineering practice even in bug-free code, but when bugs arise they can save hours of time spent trying to understand code written days, weeks or months in the past.
Specialists asked a lot of questions about the capabilities of the editor andare ready to test the product in their engineering practice.
Apply their engineering and problem-solving skills towards engineering practice, engineering graduate school, or non-engineering fields such as medicine, science, business, law, or public policy, while continuing to engage in life-long learning.
The Master of Engineering(ME)program in the Department of Civil and Environmental Engineering focuses on engineering practice and design.
Specific project activity that combines artistic and subject creativity and engineering practice, the creation of beautiful and functional items, the embodiment of actual fashion trends based on modern technologies will allow you to realize your creative potential and be successful in the world labor market.
To develop and transfer innovative applications of engineering, science,and technology to improve civil and environmental engineering practice;
The improving of the models quality and the possibilities of computer technology is greatly accelerated new physical results obtaining,its implementation in the engineering practice, the development of new devices in the millimeter and submillimeter wavelength ranges, and new materials manufacturing with the size of the inclusions from micro- to nanometers.
The graduates will acquire more profound knowledge of mathematics andinformatics that can be used to deal with sophisticated problems in engineering practice.
Commissioning of the objects is performed in accordance with the rules, regulations and other relative documentation valid in the country of the Customer, the ISPE recommendations,Good Engineering Practice(GEP) and our own professional experience.
Participants in the course will be able to use examples of calculations(templates)developed during the training to solve similar problems in their engineering practice.
The course is accompanied by visual demonstration materials andspecially designed calculation examples that you can apply in your everyday engineering practice.
As part of this course, you will master the basic principles of theoretical mechanics and learn how to performcalculations of building structures necessary in everyday engineering practice.
XIX International scientific and technical conference“Progressivetechnology and engineering education” and XXIII International scientific and technical conference“Hydroaeromechanics in engineering practice”.
The PEOs are supported by having a programme structure which has a balanced distribution of core engineering and elective courses, related non-engineering courses,adequate exposure to laboratory work and professional engineering practice.