KIRISH: zamonaviy ta’lim paradigmasi o‘qituvchidan nafaqat o‘z fani bo‘yicha chuqur bilimga ega bo‘lishni, balki murakkab pedagogik jarayonlarni tahlil qilish, sintezlash va tizimli qaror qabul qilishni talab etadi. Mantiqiy fikrlash — bu tushunchalar bilan ishlash, hukm chiqarish va xulosa yasash san’ati bo‘lib, u o‘qituvchi mahoratining poydevori hisoblanadi. Integrativ yondashuv esa ta’lim mazmunini sun’iy ravishda bo‘laklarga ajratmasdan, balki dunyoning yaxlit manzarasini shakllantirishga xizmat qiladi. Bu yondashuv bo‘lajak o‘qituvchiga muammoni faqat bir fan doirasida emas, balki pedagogika, psixologiya, falsafa va aniq fanlar chorrahasida ko‘rish imkonini beradi. MAQSAD: tadqiqotning asosiy maqsadi — oliy ta’lim jarayonida o‘quv fanlarini integratsiyalash orqali talabalarning mantiqiy fikrlash darajasini oshirishning metodik modelini yaratish va uning amaliy samaradorligini sinovdan o‘tkazishdir. Mantiqiy fikrlashning tarkibiy qismlarini (tahlil, sintez, abstraksiyalash, umumlashtirish) aniqlash. Fanlararo integratsiyaning didaktik imkoniyatlarini baholash. Integrativ o‘quv topshiriqlari tizimini ishlab chiqish. MATERIALLAR VA METODLAR: tadqiqotda "Gnoseologik tahlil" va "Modellashtirish" metodlaridan foydalanildi. Tajriba-sinov ishlari davomida talabalarga quyidagi yo‘nalishlarda topshiriqlar berildi: Gorizontal integratsiya: Masalan, matematika darsidagi "Algoritmlar" mavzusini pedagogikadagi "O‘qitish bosqichlari" bilan bog‘lash. Vertikal integratsiya: Umumkasbiy fanlar va mutaxassislik fanlari o‘rtasidagi uzviylikni ta’minlash. Venn diagrammasi: Turli pedagogik nazariyalarning o‘xshash va farqli jihatlarini mantiqiy guruhlash. Sokratik suhbat: Savol-javoblar orqali mantiqiy ziddiyatlarni aniqlash va ularni bartaraf etish. Kognitiv xaritalar (Mind Mapping): Murakkab mavzularning mantiqiy iyerarxiyasini vizuallashtirish. NATIJA VA MUHOKAMA: o‘tkazilgan tadqiqot natijalari shuni ko‘rsatdiki, integrativ yondashuv asosida tashkil etilgan darslarda talabalarning mantiqiy operatsiyalarni (taqqoslash, umumlashtirish, tasniflash) bajarish tezligi nazorat guruhiga nisbatan 15-20% ga yuqori bo‘ldi. Muhokama jarayonida aniqlanishicha: Fanlararo bog‘liqlik: Talaba bir fanda olgan bilimini boshqa fanda mantiqiy vosita sifatida qo‘llaganda, bilimning mustahkamligi ortadi. Kritik fikrlash: Integrativ topshiriqlar talabani bir tomonlama fikrlashdan voz kechishga va muammoga kompleks yondashishga majbur qiladi. Motivatsiya: O‘quv materiallarining hayotiy va kasbiy vaziyatlar bilan bog‘lanishi talabalarning kognitiv faolligini oshiradi. XULOSA: integrativ yondashuv asosida bo‘lajak o‘qituvchilarning mantiqiy fikrlashini rivojlantirish – ta’lim sifatini kafolatlovchi muhim omildir. Fanlarni alohidaalohida emas, balki yaxlit tizim sifatida o‘qitish talabalarda tizimli fikrlash malakasini shakllantiradi. Bu esa kelajakda ularning pedagogik faoliyatida duch keladigan murakkab vaziyatlarda to‘g‘ri va mantiqiy qarorlar qabul qilishlariga zamin yaratadi.
INTRODUCTION: the modern educational paradigm requires teachers not only to possess deep knowledge in their specific subjects but also to be capable of analyzing complex pedagogical processes, synthesizing information, and making systemic decisions. Logical thinking—the art of working with concepts, making judgments, and drawing conclusions—is the cornerstone of pedagogical mastery. The integrative approach serves to form a holistic worldview by avoiding the artificial fragmentation of educational content. This approach allows future teachers to view problems not just within a single discipline, but at the intersection of pedagogy, psychology, philosophy, and the exact sciences. AIM: the primary goal of the research is to develop a methodical model for enhancing students' logical thinking levels by integrating academic disciplines in higher education and testing its practical effectiveness. The objectives include: identifying the structural components of logical thinking (analysis, synthesis, abstraction, generalization); evaluating the didactic potential of interdisciplinary integration; and developing a system of integrative learning tasks. MATERIALS AND METHODS: the research utilized methods of "gnoseological analysis" and "modeling." During the experimental work, students were given tasks in the following areas: Horizontal Integration: For example, linking the topic of "Algorithms" in Mathematics with "Teaching Stages" in Pedagogy. Vertical Integration: Ensuring continuity between general professional subjects and specialized disciplines. Venn Diagram: Logical grouping of similarities and differences between various pedagogical theories. Socratic Dialogue: Identifying and resolving logical contradictions through a structured Q&A process. Mind Mapping (Cognitive Maps): Visualizing the logical hierarchy of complex topics. RESULTS AND DISCUSSION: the results of the study showed that in classes organized based on an integrative approach, the speed of students performing logical operations (comparison, generalization, classification) was 15-20% higher compared to the control group. The discussion revealed that: Interdisciplinary Connection: When a student uses knowledge gained in one discipline as a logical tool in another, the retention and depth of knowledge increase. Critical Thinking: Integrative tasks force students to move away from one-dimensional thinking and approach problems comprehensively. Motivation: Connecting educational materials with real-life and professional situations increases students' cognitive activity. CONCLUSION: developing the logical thinking of future teachers based on an integrative approach is a vital factor in ensuring educational quality. Teaching disciplines as a cohesive system rather than isolated segments fosters systemic thinking skills in students. This creates a foundation for making correct and logical decisions in the complex situations they will encounter in their future pedagogical careers.
ResearcherUz