Sentence examples for process for engineering from inspiring English sources

In his bio, Shah also notes that he worked with the Google founders and senior executives to "establish a disciplined execution process for engineering teams and projects spread throughout the world".

Whiteboarding — standing up in front of a potential employer and writing code as quickly, accurately and concisely as you can — has become a fairly standard process for engineering interviews.

Our studies focused on the central interactive process for engineering applications and experimental practice to enhance knowledge integration and technology innovation for rapid development.

The purpose of researches presented in the paper was to achieve the numerical model of material blanking process for engineering purposes.

In order to control the BioGrout process for engineering applications, it is necessary to improve understanding of the relevant phenomena and develop efficiencies to enable up-scaling of the technology to suit commercial applications.

Modelling the forming process for engineering fabrics and textile composites using a mechanical approach, such as the finite element method, requires characterisation of the material's behaviour under large shear deformation.

Toyota has an advantage over its Detroit rivals in its streamlined processes for engineering and building its cars, said James P. Womack, an author and expert on company efficiency.

Palantir has reached a settlement with the U.S. Department of Labor over a lawsuit alleging racial discrimination against Asian people in the company's hiring and selection processes for engineering roles.

This work takes part of the IPPOP project (Integration of Product – Process – Organisation for engineering Performance improvement).

Three types of thermo-mechanical treatment were identified as most promising for the various applications in ITER: solution annealing, cold working and ageing; solution annealing and ageing; solution annealing and ageing at non-optimal condition due to specific manufacturing processes for engineering-scale components.

In their papers, Church and Isaacs describe a process for genetically engineering a strain of the E. coli bacterium to live off of one or two of these synthetic amino acids rather than on the canonical twenty that are found in nature.