Sentence examples for underlying sciences from inspiring English sources

Biomaterials engineering is tightly linked with progress in its underlying sciences and technologies, such as biology, chemistry, physics, and engineering.

The curriculum provides instruction in the underlying sciences of medical practice (basic sciences) and in information-gathering, decision-making, and patient-management skills.

The curricula for the AA and diploma programs provide students instruction in the underlying sciences of nursing practice as well as the application of information in clinical settings.

ED is a set of modes of action, rather than a set of adverse outcome results, yet the SOA Assessment does not integrate consideration of dose-response or the underlying sciences of endocrinology and pharmacology into its evaluations.

The first 2 years of the baccalaureate curriculum focus on the underlying sciences for practice, and the last 2 years provide opportunities for developing information-gathering, decision-making, and patient-care skills in a broad array of clinical and public health settings, including hospitals, clinics, public health departments, government, and workplace settings.

However, while haptic explorations provide richly concrete, multi-modal information about the domain, they can also mask underlying science concepts.

In this respect, the advent of nanoindentation instruments and the subsequent development of underlying science may potentially address the scaling issue and the scientific evaluation of all contact loading-related phenomena.

While the brewing methods used to make commercial beer are similar and follow the same principles and underlying science, there is no one ideal way to make beer, especially since there are many different beer styles.

This recent scientific development highlighted the personal factors and genuine passion that can underlie science, making the point that as scientific study continues, some established ideas of today will inevitably be supplanted.

The emphasis of the study is on fundamental understanding and advancing the underlying engineering sciences, integration of the physics and engineering requirements, and enhancing innovation for the chamber technology components surrounding the plasma.

Advances from artificial intelligence may inspire new process synthesis paradigms incorporating more effective representations of the underlying physical sciences and engineering art, new social concerns, new design strategies, and new computerized implementations.