RAQAMLI TEXNOLOGIYALARNING YANGI O‘ZBEKISTON RIVOJIGA TA’SIRI Xalqaro ilmiy-amaliy konferensiyasi Educational technology is a set of basic data and a description of the planned learning
outcomes, tools for diagnosing the current state of students, a set of teaching models and criteria
for selecting the optimal education model for specific conditions. inclusive system.
Pedagogical technology is a systematic way of creating, applying and defining the whole
process of teaching and learning, taking into account the technical and human resources and their
interaction aimed at optimizing the forms of education.
Analyzing all of the above definitions, pedagogical technology is based on a specific scientific
concept, programming pedagogical interactions in a certain way, creating conditions for the
development of participants in the pedagogical process and known, pre-planned can be seen as a
sustainable education system that undertakes education.
Pedagogical technology should be characterized by key general qualities: consistency,
complexity, integrity, scientific feature, conceptuality, developmental nature, systematic, logical,
algorithmic, procedural, manageable, diagnostic, predictable, efficient, optimal, and reproducible.
The technological approach allows:
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accurate prediction of results and management of pedagogical processes;
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scientific analysis and systematization of existing practical experience and its use;
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comprehensive solutions to educational and socio-educational problems;
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providing favorable conditions for personal development;
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reducing the impact of adverse events on humans;
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Optimal use of available resources.
This means that the use of modern educational technologies in teaching students is an
important and necessary condition for improving the quality of education. The analysis of model
programs and educational standards in various specialties allows students to identify the basic
organizational and didactic principles of choosing modern pedagogical technologies for use in
teaching physics:
1. The compatibility of the forms of implementation of technology with the forms of
organization of the educational process in physics at the university, the main forms of teaching
physics to students are lectures, practical and laboratory classes.
2. The content of education corresponds to the specific features of physics as a science, which
allows to reveal the cognitive, technical and humanitarian potential of physics.
3. The compatibility of the interaction between the subjects of the educational process with
the higher education system, which indicates a high level of independent work of students.