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engineer
[ en-juh-neer ]
noun
- a person trained and skilled in the design, construction, and use of engines or machines, or in any of various branches of engineering:
a mechanical engineer; a civil engineer.
- a person who operates or is in charge of an engine.
- Also called locomotive engineer. Railroads. a person who operates or is in charge of a locomotive.
- a member of an army, navy, or air force specially trained in engineering work.
- Digital Technology. a person skilled in the design and programming of computer systems:
a software engineer;
a web engineer.
- a skillful manager:
a political engineer.
verb (used with object)
- to plan, construct, or manage as an engineer:
He's engineered several big industrial projects.
- to design or create using the techniques or methods of engineering:
The motor has been engineered to run noiselessly.
- to arrange, manage, or carry through by skillful or artful contrivance:
He certainly engineered the election campaign beautifully.
engineer
/ ˌɛndʒɪˈnɪə /
noun
- a person trained in any branch of the profession of engineering
- the originator or manager of a situation, system, etc
- a mechanic; person who repairs or services machines
- the driver of a railway locomotive
- an officer responsible for a ship's engines
- Informal namesapper a member of the armed forces, esp the army, trained in engineering and construction work
verb
- to originate, cause, or plan in a clever or devious manner
he engineered the minister's downfall
- to design, plan, or construct as a professional engineer
Other Words From
- suben·gi·neer noun
- unen·gi·neered adjective
- well-engi·neered adjective
Word History and Origins
Origin of engineer1
Word History and Origins
Origin of engineer1
Example Sentences
This means that cell density is a broadly applicable tool for guiding both engineered and naturally occurring cells to build a vast array of structures, tissues, and organs.
All that stuff had to be engineered into our pipeline in order to get that final look.”
Brighten The Corners said students had a chance to learn about roles in the music and live events industries, including sound engineering, management and marketing.
Additionally, findings may have significant implications for industrial process engineering.
The team hopes that their new bio-inspired microfluidic fabrication technique could be used in various fields of science and engineering, potentially leading to more efficient microreactors, advanced heat exchangers, and innovative tissue engineering scaffolds.
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