Sentence examples for most promising engineering from inspiring English sources

What – if anything – are we doing to incentivise our most promising engineering graduates to become the academics of the future?

"You can't futz with a molecule", says Debbie Wang, a health-care industry analyst.Strangely, says Ms Wang, some of the most promising engineering outfits were once divisions of pharmaceutical and health-care companies, which got rid of them precisely because they did not appear to offer the rapid growth that managers saw in prescription drugs.

SCW is the most promising engineering approach that offers an environmentally friendly technique for extracting various compounds from plants and algae (Zakaria and Kamal 2016).

In order to systematically synthesise, design and analyse the palm-based biomass processing facilities, Process System Engineering (PSE) is identified as the most promising engineering discipline to resolve the abovementioned issues.

High-performance aromatic polyimide (PI) fibers are considered as one of the most promising engineering materials in the class of polymeric fibers because of their excellent mechanical properties, superior chemical and radiation resistance, outstanding thermal-oxidative stabilities, and unique electric as well as dielectric properties.

The CSR-GHRDC survey, in 2009 rankings, listed the college as the most promising engineering college in India.

James Shen is a U of T engineering graduate and part of the PhotoThermal Diagnostics team that won second prize in the Most Promising Technology category last year.

This chapter introduces the background and rationale for myocardial tissue engineering-based heart failure repair, followed by an overview of the most promising tissue engineering concepts for clinical translation and a discussion of cells and matrix composition of optimized human engineered heart muscle.

To date, the scaffold-based approach represents one of the most promising tissue engineering strategies for the repair/regeneration of damaged biological tissue.

In order to identify the most promising genetic engineering targets for modifying lignin, we have used a biomimetic cell wall model system to test a variety of plant-derived phenolics as alternative precursors for lignification [ 31- 34].

Resonant tunneling diodes (RTD) are considered as one of the most promising band-gap engineering heterostructure devices for negative differential resistance (NDR) feature in the current voltage trace.