The phrase "allows the engineer to" is correct and usable in written English.
It can be used when describing a feature, tool, or process that provides the engineer with the capability to perform a specific action or task.
Example: "The new software update allows the engineer to streamline the design process more efficiently."
Alternatives: "enables the engineer to" or "permits the engineer to".
System engineering allows the engineer to deal with such a complexity by developing a Functional Breakdown Structure (FBS).
However, the use of multisine excitation signals allows the engineer to control much more his experiments.
This method allows the engineer to design in the framework of structural integrity and damage tolerance.
We propose a computational steering system that allows the engineer to interact with the optimisation routine during execution.
A portable laser vibrometer is described which allows the engineer to simply point a laser beam at a target surface in order to obtain a measure of its vibrational velocity level in amplitude and phase.
Approximate modeling of electrical parameters can be very useful in that it allows the engineer to avoid complex equations of conventional models.
This allows the engineers to avoid surprises and to identify the parameters that could dominate machine performance in each case.
The proposed approach allows the engineers to define visually construct and update the decision making rules without programming background easily.
Heterodyne method allows the engineers to have control over the new output frequencies as indicators of nonlinearity in the target structure.
CFD, by contrast, allows the engineers to model the flow, study it in more detail, see the different pressures, and from there it's easier to design better parts that will give more downforce.
It incorporates methods of both engineering and computer science to allow the engineer to solve engineering problems through automation and reliability, utilizing high-speed procedures.
