ELECTRONIC JOURNAL OF ACTUAL PROBLEMS OF MODERN SCIENCE, EDUCATION AND TRAINING. FEBRUARY, 2021 -III. ISSN 2181-9750 http://khorezmscience.uz
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experiment in Physics, he discusses possibilities of transmitting information in
accordance with the professional peculiarities of students. [1,28-30 P].
In the dissertation paper of G.Karlibaev [2] “Methodological preparation
improvement of future teachers on physics”
methodological recommendations aimed
at improving methodological training level of teachers of physics and the course on
“Methodology of teaching physics” have been drafted.
[2,17-21 P]
Didactic bases methods and content, form, means methods of using integrated
media education system has been modernized in the dissertation of H.Juraev “The use
of alternative energy sources in the creation of an integrated media education system”.
[3,21-27 P]
But, innovational methods were not considered in conducting laboratory courses
for future teachers of physics and prospects of competitive approach along with the
development of competency in the process of preparation of future teachers of physics
further improvement methods of education quality has not been investigated.
New models were presented, preferences were highlighted and the importance
of inventive and rationalistic abilities of students were given.
Long lasting experiences on physics showed that students with the different
preparation level of primary experimental knowledge on physics and mathematics were
studying in the groups in which laboratory courses had been conducted.
Besides, it isn’t impossible to find talented students for the experimental works
and students without intension of participating in experiments.
Each teacher of the secondary schools and academic lyceums mustn’t teach
students only to the primary knowledge but also to the implementation of these
knowledge’s into a life and technological procedure by providing necessary conditions
for the formation of professional overview. Taking responsibility for organizing and
conducting laboratory courses on physics at the secondary schools, is very important
approach. At the same age, their interests begin to flourish. If we to develop it, if it is
supported by teachers, if youth competitions are conducted and skills are assessed
positively, only then we will be able to lay foundations for the development of technical
innovation. [4, 54-56 P]
Long lasting pedagogical researches depicted that now days it is impossible to
be limited by training specialists in accordance with world standards and with a
provision of all demands and requirements of pupils and students. Certain skills can be
formed by receiving information on rapid development of technologies and coming to
conclusion by the analysis of them. Approaches that take development dynamics into
consideration play an important role in the modernization of physics. Our todays
demand increases the effectiveness by using new models and rejecting the use of “old
systems” in the laboratory analysis. At the same time, it is a key factor in the formation
of sufficient skills and abilities of the students. It is not possible to develop the
necessary professional skills in practice or by conducting virtual laboratories. It is an
open secret that nowadays one of the factors that defines development of our country
is to create a school of inventors with better knowledge and to lift it up to the level of
world standards.