THE CONTENT OF DEVELOPING SYSTEMIC THINKING IN FUTURE BIOLOGY TEACHERS

This study explores the content of developing systemic thinking in future biology teachers. Systemic thinking plays a crucial role in understanding biological phenomena, ecological relationships, and interdisciplinary connections within modern education. The article emphasizes the integration of theoretical knowledge with practical activities, research-based learning, and innovative pedagogical approaches in the educational process. Special attention is given to problem-solving, critical thinking, and analytical skills that enable future biology teachers to evaluate complex biological systems comprehensively. The study also highlights the importance of interactive teaching methods, project-based learning, and educational technologies in fostering professional competence and intellectual development. As a result, the development of systemic thinking contributes to preparing qualified, creative, and competitive biology teachers for contemporary educational environments.本研究探讨面向未来生物学教师的系统性思维（systemic thinking）培养内容。系统性思维在理解生物学现象、生态关系以及现代教育中的跨学科关联方面发挥着至关重要的作用。本文强调在教育过程中应将理论知识与实践活动、基于研究的学习（research-based learning）以及创新教学法相融合。研究特别关注培养未来生物学教师的问题解决能力、批判性思维与分析能力，使其能够全面评估复杂的生物系统。本研究还强调了互动式教学方法、项目式学习（project-based learning）以及教育技术在培育教师专业能力与促进其智力发展方面的重要性。综上，系统性思维的培养有助于为当代教育环境打造兼具专业素养、创造力与竞争力的生物学教师。