Sentence examples for enabled an engineer from inspiring English sources

Chanute had applied a trussing system drawn from bridge architecture that enabled an engineer to calculate the strength of the aircraft structure.

Chanute was responsible for the most important feature of the craft, a rigid structure based on railroad trussing that enabled an engineer to calculate the strength of the glider.

The process enabled an engineer to simulate moving the sound to behind, above or beside the listener's ears.

This paper develops a procedure that enables an engineer to present a more compelling argument for process control investment.

Incorporating non-economic criteria into an automated process synthesis procedure enables an engineer to prune, more easily and more effectively, the large design space early in the design process.

This information, together with other selection criteria such as cost, time, space, production rate etc., enables an engineer to select the most appropriate manufacturing process for a particular purpose.

No existing technology enables an engineered cell to sense exclusively extracellular ligands, including proteins and pathogens, without relying upon native cellular receptors or signal transduction pathways that may be subject to crosstalk with native cellular components.

The main advantage of HART is that it enables an instrumentation engineer to keep the existing 4 20 mA instrumentation cabling and to use, simultaneously, the same wires to carry digital information superimposed on the analog signal.

Its main advantage is that it enables an instrumentation engineer to keep the existing 4 20 mA instrumentation cabling and to use simultaneously the same wires to carry digital information superimposed on the analog signal.

To enable a future engineer to work at a highly competitive level and become an internationally recognized specialist, they must possess advanced English speaking and writing skills.

Our method enables a metabolic engineer to find all heterologous metabolic pathways producing a target compound, for instance liquiritigenin (a plant secondary metabolite with therapeutic applications), from the endogenous metabolites of E. coli K-12, as shown in Figure 1.