Sentence examples for basic meteorology and engineering from inspiring English sources

We then present the results of a targeted assessment instrument that we designed specifically to measure the module's ability to increase student knowledge on basic meteorology and engineering principles.

Results of the learning assessment showed that immediate student knowledge of basic content in both meteorology and engineering topic areas increased as a result of their participation in the 1-h module (Table  1).

Results from a quick, easy-to-administer assessment instrument given to students immediately before and after their participation in the 1-h module indicated that they learned basic content in both meteorology and engineering.

The short-term goal of the module was to present important content in both meteorology and engineering, two fields not often combined in STEM outreach activities, to increase students' knowledge on basic tornado mechanics and structural engineering principles.

While a master's might whet your appetite for further study, graduates are likely to be snapped up in a range of jobs, from banking and IT to meteorology and engineering.

With the help of departments as varied as nursing, law, meteorology and engineering, the museums' directors are deploying their extensive collections, and sometimes the artists themselves, to enhance curriculums.

Our interdisciplinary module integrated material from meteorology and engineering and was successful at promoting student learning.

Thus, while it revealed significant changes in student knowledge about meteorology and engineering, it only quantified short-term learning, not long-term retention.

Thus, there remains a need for outreach programs that span both meteorology and engineering to close the gap in public awareness on the hazards posed by severe weather.

The STEM module, developed as a collaboration between meteorology faculty from the Oceanography Department and engineering faculty from the Mechanical Engineering Department, engaged students in both meteorology and engineering around an exciting topic of current interest: the behavior of structures in the high-wind environment of a tornado.

We describe and analyze the presented approach in detail, and apply it to real-world multimodal data sets from biology, medicine, meteorology and engineering.