Sentence examples for engineering high from inspiring English sources

Townview's Talented and Gifted and Science and Engineering high schools have consistently ranked in Newsweek's top five public schools in the country since 2006, with the Talented and Gifted school first every year except one since then.

Tech Industry Shout-Out: Trumpets opening of a new software engineering high school in Union Square, "home to a growing tech community that includes companies like Yelp and General Assembly".

"Until Detroit learns that collaboration gets you far lower costs than constantly aggravating competition, it will be engineering high cost cars," he says, adding that a quick face-lift won't save Detroit car makers from bankruptcy.

The oleaginous yeast Yarrowia lipolytica is a convenient model for investigating lipid biosynthesis and for engineering high lipid accumulated strains.

In rock engineering, high temperature is a consideration with rock drilling, rock boring, rock blasting, extraction of geothermal energy and petroleum, and underground repositories of nuclear wastes.

An understanding of the composition, structure and property relationship is essential for engineering high performance polymer nanofibers to meet the ever-increasing demands for various applications.

Generally, however, light engineering, high-quality furniture production, and motor-vehicle manufacturing have replaced many of these maritime-based industries.

However, this approach has many serious defects, including the need for significant engineering, high-risk construction, and disturbance of production activities.

The extreme target specificity of homing endonucleases makes them attractive candidates for engineering high-specificity nicking endonucleases.

We're exceptionally excited to receive this support from such high calibre investors who not only offer financial backing but incredible experience in commercialisation, measuring impact, and engineering high-performance hardware".

The biological functions of phytic acid and identification of genetic resources and strategies useful in engineering high-yielding, stress-tolerant low-phytate germplasm will be reviewed here.