Open AccessMethod of applied direction of mathematics in the aviation institution of higher education
Author(s) -
Olga BONDAR,
AUTHOR_ID,
Оксана Задорожна,
Irina YAKUNINA,
AUTHOR_ID,
AUTHOR_ID
Publication year - 2021
Publication title -
naukovij vìsnik lʹotnoï akademìï. serìâ: pedagogìčnì nauki
Language(s) - English
Resource type - Journals
ISSN - 2522-1477
DOI - 10.33251/2522-1477-2021-10-13-19
Subject(s) - aviation , coordinate system , institution , motion (physics) , aviation engineering , rotation (mathematics) , computer science , civil aviation , mathematics , engineering , aerospace engineering , aeronautics , geometry , artificial intelligence , political science , law
The elements of the method of applied direction of mathematics in the aviation institution of higher education developed by us are considered. We use this technique in higher mathematics classes at the Flight Academy of the National Aviation University. Examples of a combination of fundamental mathematical concepts and practical methods of their application are given. We illustrate in detail the coordinate systems used in aviation. Among these systems are mobile and fixed coordinate systems. Problems of higher mathematics related to one or another coordinate system are indicated. For example, to record vector equations of motion in projections, moving coordinate systems are used, the beginning of which is located in the center of mass of the aircraft. Therefore, the study of the topic "Reflection of linear (vector) spaces" acquires a professional orientation. In particular, we present the formulas of coordinate transformations for parallel transfer and rotation of the axes. Note that the transformations of rectangular coordinate systems are used in aviation. Having considered aviation coordinate systems, the teacher is interested in students in the study of equations of motion, determination of accelerations, velocities and displacements. Methodical methods of formation of practical skills and abilities of future aviation specialists contribute to the implementation of the applied direction of mathematics. We have given some examples of methods of applied direction of mathematics in aviation in the sources that are currently published. The prospect of our research is to further improve practical approaches to solving problems of mathematical training of students of aviation institutions of higher education. This should help increase the level of methodological training of scientific and pedagogical staff of higher education institutions. At the same time, it should contribute to the improvement of methods of teaching mathematics in terms of its application. As a result, the graduate of the aviation institution of higher education must be ready for successful professional activity. Key words: applied direction of mathematics, coordinate systems in aviation, parallel transfer, rotation of axes, fundamental mathematical concepts in aviation.