Methodology of determining student's cognitive styles and its application for teaching physics

Area of Science:

• Educational Psychology
• Physics Education

Background:

• Effective learning requires tailoring instruction to individual student characteristics.
• Cognitive styles represent stable individual differences in how students perceive, process, and organize information.
• Understanding cognitive styles is crucial for optimizing physics education in high school.

Purpose of the Study:

• To establish a psychological foundation for differentiating physics learning based on cognitive styles.
• To propose methods for identifying and refining students' cognitive styles.
• To determine personality traits associated with specific cognitive styles.

Main Methods:

• Development of a computer testing technique to preliminarily determine students' cognitive styles.
• Utilizing the assumed connection between computer test parameters and cognitive style manifestation.
• Implementation of a combined method incorporating observations of learning activity to refine cognitive style identification.
• Determination of personality traits linked to distinct cognitive styles.

Main Results:

• A computer-based tool for initial cognitive style assessment was proposed.
• A supplementary observational method was introduced for more accurate cognitive style refinement.
• Key personality traits correlating with specific cognitive styles were identified.

Conclusions:

• Differentiating physics learning based on cognitive styles is psychologically grounded.
• The proposed methods offer practical tools for educators to identify and address diverse student learning needs.
• This research contributes to personalized learning approaches in science education.