COGNITIVE FEATURES OF THE PERCEPTION OF VISUAL INFORMATION IN TEACHING CYTOLOGY AND GENETICS TO FUTURE SPECIALISTS

Abstract

The modern development of higher education is characterized by the active introduction of digital technologies, multimedia tools and innovative teaching methods that contribute to increasing the efficiency of the educational process. Visualization of educational information is of particular importance, since modern students perceive a significant part of their knowledge through visual images, digital models and interactive resources. The use of visual technologies in teaching cytology and genetics is relevant, where the educational material is related to microscopic structures, complex biological processes and abstract concepts. The use of diagrams, animations, interactive simulations, digital microscopes and virtual reality technologies contributes to the development of spatial thinking, improved memorization and activation of cognitive activity of students. Modern information and communication technologies also ensure interactivity of learning, increase the motivation of students and contribute to the formation of professional competencies of future specialists.

The purpose of the study is to study the cognitive features of visual information perception in the process of teaching cytology and genetics to future specialists, as well as to substantiate the effectiveness of using modern visualization technologies to improve the quality of professional training of students

Methodology. The methodological basis of the study is general scientific and pedagogical methods, in particular: analysis and generalization of scientific and methodological literature on the research problem; comparative analysis of modern approaches to the use of visualization technologies in natural science education; systematization of pedagogical experience in the use of digital tools in teaching cytology and genetics; method of theoretical modeling to determine the features of cognitive perception of visual information by students.

The scientific novelty lies in the comprehensive analysis of the relationship between the cognitive features of visual information perception and the effectiveness of learning material in cytology and genetics. The work clarifies the role of modern digital visual technologies as a means of optimizing the educational process in the training of future specialists in the biological and medical fields. The pedagogical conditions for the effective use of interactive visual learning tools, taking into account the cognitive load of students, are determined. The prospects for the integration of digital technologies and artificial intelligence into the visualization of complex biological processes are outlined. Conclusions. The use of visual information in teaching cytology and genetics is an important factor in increasing the effectiveness of training future specialists. Taking into account the cognitive features of perception contributes to a better understanding of complex biological processes, the development of logical and spatial thinking, as well as improving the memorization of information. The combination of text explanations with modern visual learning tools (3D models, animations, virtual laboratories) activates the cognitive activity of students and increases their motivation. The effectiveness of visualization depends on its methodological validity and compliance with the cognitive capabilities of students.