engineering

American  

[en-juh-neer-ing] / ˌɛn dʒəˈnɪər ɪŋ /

noun

1. the art or science of making practical application of the knowledge of pure sciences, as physics or chemistry, as in the construction of engines, bridges, buildings, mines, ships, and chemical plants.

2. the action, work, or profession of an engineer.

3. Digital Technology. the art or process of designing and programming computer systems.

   computer engineering;

   software engineering.

4. skillful or artful contrivance; maneuvering.

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engineering British  

/ ˌɛndʒɪˈnɪərɪŋ /

noun

1. the profession of applying scientific principles to the design, construction, and maintenance of engines, cars, machines, etc ( mechanical engineering ), buildings, bridges, roads, etc ( civil engineering ), electrical machines and communication systems ( electrical engineering ), chemical plant and machinery ( chemical engineering ), or aircraft ( aeronautical engineering ) See also military engineering

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engineering Scientific  

/ ĕn′jə-nîr′ĭng /

1. The application of science to practical uses such as the design of structures, machines, and systems. Engineering has many specialities such as civil engineering, chemical engineering, and mechanical engineering.

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Other Word Forms

Derived Forms

• nonengineering
  noun
• preengineering
  adjective

Etymology

Origin of engineering

First recorded in 1710–20; engineer + -ing ¹

Explanation

If you're good at engineering that means you're able to apply scientific or mathematical ideas to real-world projects like designing a bridge, building a radio tower, and of course, designing engines. Think of engineering as the field where science, math, and technology meet. If you like to understand how things work and like building new things even more, then consider going into engineering. The word comes, predictably enough, from the word engine. You wouldn't want a poet designing the engine of your airplane, would you? Me neither.

Example Sentences

“We have these inactive lines still available because there is a reasonable chance we’re going to use them in the future,” Shinjini Menon, Edison’s senior vice president of system planning and engineering, said then.

From Los Angeles Times • Jun. 9, 2026

In a statement, Tata said, as with many major projects, "timelines continue to evolve as detailed engineering, construction and infrastructure work progresses".

From BBC • Jun. 7, 2026

By carefully engineering the atomic interactions where two materials come into contact, the team was able to significantly alter the properties of a metallic material.

From Science Daily • Jun. 6, 2026

“As an engineering problem, it’s doable,” Owens said of orbital data centers.

From MarketWatch • Jun. 6, 2026

The Haitian American engineering feat at Cange was not a case of simple technology; the pipe bringing up the clean, sparkling water from the underground river could not have happened without sophisticated engineering.

From "Mountains Beyond Mountains" by Tracy Kidder and Michael French

Related Words

• architecture
• design
• metallurgy
• planning