Sentence examples for informed engineering from inspiring English sources

Results demonstrate that informed engineering design projects facilitated through the WISEngineering computer-based environment can help students learn Common Core mathematical concepts and principles.

Three middle school units were developed using a knowledge integration learning perspective and a scaffolded, informed engineering approach with the goal of improving understanding of standards-based mathematical concepts and engineering ideas.

Injury prevention denotes a scientifically informed "engineering" process focussed on scientists and experts, with prevention of motor traffic injuries as the model application area [ 4].

It had admitted joint liability for the crash after a humiliating apology for trying to blame a saboteur with "informed" engineering knowledge.

First, it emphasizes that the technological products and processes that govern our lives are a human enterprise, guided by informed engineering designs that rest on an understanding of the natural world.

We can do the maths and the testing to make unusual structures work, and safe, but we're getting more interested in art projects of this calibre that can inform engineering and architecture".

The purpose is to inform engineering strategies for future contaminant flushing.

An authentically integrated approach would emphasize the comprehensive and trans-disciplinary nature of scientific inquiry to form explanations, which in turn, may inform engineering design and technology use to solve problems.

Validated frameworks are useful to move beyond discussions based on 'opinion', because they provide a framework for critical reflection by engineering students and academics about the values and assumptions that inform engineering practice generally and sustainable engineering practice, particularly.

These results shed further light both on the cofactor specificity of FPMOs, and their determinants of enantioselectivity, with a view to informing engineering studies of FPMOs in the future.

The ability to predict human skin behaviour and to evaluate changes in the mechanical properties of the tissue would inform engineering design and would prove valuable in a diversity of disciplines, for example the pharmaceutical and cosmetic industries, which currently rely upon experiments performed in animal models.