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EN
Problems and contradictions of nanotechnological social progress, a place and a role of physics teacher in it are analyzed in the article. Humanisation of a teacher’s preparing to the life and professional activity by means of physical education arises as a key problem of present time. Modernisation directions of the pedagogical content and forms in the context of the humanisation of a future physics teacher preparation in conditions of nanotechnological society development are justified. Basic directions in the physical education humanisation have been distinguished. It has been shown that for the formation of pedagogical bases of humanisation of modern youth’s physical education and future physics teacher preparation to the professional activity in the conditions of nanotechnological society development it is necessary, first of all, to work out world outlook and value guidelines for personal self-determination of the modern person in the world of new achievements in physics and nanotechnology, which are developing on its basis. Philosophic and humanistic bases of pedagogics are represented; it is a non-linear paradigm, which is directed at the formation of integral modern (synergetic) picture of the world of people who are in an educational process and the formation of humanistic world outlook and value guidelines. The role of student’s physical education is discussed as a social element of the newest civilization, that is able not only formulate effective subjects of nanotechnological society development, but also personally formed subjects, who are capable to value under the ethical and ethic visual angle transformations which are happening in the society, development of which is based on nanotechnological researches. Modern humanistic opportunities of a physics teacher are considered and it has been shown that moral striving of future physics teacher for mastering evaluating characteristics of socio-cultural environment is the main achievement of a well-structured system of physical education which is innovative-humanistic and personally oriented. Subject-subject principles and methods of work are actively applied, at the same time they are directed at the preparation of a future physics teacher to the successful answers to the challenges of nanotechnological society development.
EN
In the article the model of formation of future physics teacher’s professional interest in the process of studying special subjects is presented. The concepts «model» and «modeling» are analyzed. The model of professional interest of future physics teacher’s reveals the features of the structure (the components and stages of the process of formation), the sequence of the relation between these components. The model of formation of future physics teacher’s professional interest in the process of studying special subjects discloses the particular structure of professional interest, consistency of its components and generally the construction features of the content of this process. The model, presented in the article, is developed as a set of components: conceptually-goal, informative, activity-operational, diagnostic-resultant and organizational. The conceptually-goal component is leading because it directs and corrects the entire process. This component is determined by the purpose, goals, current approaches and principles of professional interest. The informative component of the model is determined by the system of knowledge and skill, which provides the development of future physics teacher’s professional interest. Professional interest is formed in the process of studying special subjects stipulated in the curriculum and at the special course «The formation of future physics teacher’s professional interest». The activity-operational component contains the forms, methods and means of formation professional interest. The diagnostic-resultant component of the model includes monitoring of formation of future physics teacher’s professional interest. This allows to identify the main problems of the process of formation and to make the necessary adjustments to the pedagogical process. This component contains the criteria and indicators of the development of future physics teacher’s professional interest. The model, presented in the article, also includes the organizational component. This component contains the pedagogical conditions and stages of formation future physics teacher’s professional interest. The theoretical model becomes the guideline of construction corresponding the process of formation of future physics teacher’s professional interest in practice.
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