The phrase "a combination of engineering" is correct and usable in written English.
It can be used when discussing the integration of various engineering disciplines or elements in a project or concept.
Example: "The new product is a combination of engineering and design, resulting in a highly efficient and aesthetically pleasing device."
Alternatives: "a blend of engineering" or "an amalgamation of engineering".
It states that the UK's success is impeded by "a failure to understand how a combination of engineering, technology, creative and business skills can contribute to a business, and a misunderstanding about what 'creativity' is and how to manage it".
HP's is a combination of engineering smarts and no-nonsense problem-solving.HP was the original Silicon Valley start-up: Bill and Dave founded the company in a Palo Alto garage in 1938 with an investment of $538 and turned it into the world's most influential high-tech company.
A combination of engineering, economic, and environmental criteria, as well as social impact is employed in this study.
This arrangement constitutes a novel approach which needs to be analyzed by a combination of engineering analysis and risk assessments to compensate for the lack of experience.
BUPT is a comprehensive university with information technology as its main feature, engineering and science as its main focus and a combination of engineering, management, humanities and sciences as its main pursuit, which becomes an important base for fostering high-tech talents.
Using a combination of engineering and scientific knowledge gained from field studies, as well as interaction with communities in developing countries, some researchers in our department are developing methods to effectively communicate information about best practices to the farmers, as well as methods to train them by example.
He is equally precise about his vision for the company–a combination of "lean Six Sigma" thinking, solid engineering and attention to aesthetics.
Overall, these advances suggest that a combination of molecular engineering and systems engineering should allow the creation of living matter capable of performing many useful and novel functions.
Either way, the solution calls for a combination of clever engineering, technology and social tools.
The breakthrough regarding the device efficiency and reproducibility is a combination of compositional engineering of cations, anions, the presence of a non-stoichiometric excess of lead iodide, and solvent engineering to grow over-layer of perovskite on top of the mesoporous layer.
It's a combination of soft engineering and soft architecture.
