Analysis and results. The technological approach to teaching includes the study
of pedagogical facts, events, and laws, which creates the conditions for the effective
acquisition of cartographic and topographic skills, the development of students in the
field of cartography, topography, geodesy.[4]
In the technological approach, the process of acquiring knowledge is not
repetitive, as students often do not understand what is being said and repeat the
textbook by heart. Organizing the process of assimilation of knowledge with a
technological approach includes various forms of mental activity, activating the
process of learning and forcing students to approach the learning process in a different
way.
With a technological approach, students strive to learn independently, and their
learning is not limited to listening to and recording information about learning
discipline from the teacher. Independent learning leads to the formation of cartographic
competence of students of OTM.
The use of this approach in teaching, of course, is rich both in content and in the
forms and methods of its organization.[9] This diversity contributes to the acquisition
of information (knowledge, skills and competencies) of professional significance,
which leads to the formation of cartographic competence.
In many ways, this approach meets the requirements for the training of specialists
and the formation of a mature person in the ATM.
As proponents of this approach, we would like to use it as a key tool in the
development of person-centered technology for teaching cartography, topography, and
geodesy at OTMs to build students' cartographic competence.
Given the importance of the technological approach in the organization of
teaching cartographic subjects for students of OTM, we determine its essence, and
then, based on the proposed rules, we base the structure of the educational process and
its elements.
At present, the search for new solutions to increase the effectiveness of the
education system in the field of local pedagogy is intensifying, while scientists and
practitioners pay more attention to the development and application of teaching
technologies.[5]
Technology has become a field of psychological and pedagogical disciplines,
studying the most rational methods of organizing education in certain conditions.
Recognize the need to revise the traditional disciplinary didactic teaching model,
which has limited opportunities to form interdisciplinary knowledge among students,
and open up new prospects for the introduction of teaching technology that will ensure
guaranteed success as a result.[8]
Conclusion. The growing interest in educational technologies has a number of
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