The article provides a theoretical substantiation of innovative approaches to the methodological training of higher education applicants in the context of current transformation processes in science and education. Based on the analysis of scientific works by Ukrainian and foreign researchers (V. Kremen, M. Kudla, O. Tsuniak, Ye. Lodatko, as well as publications indexed in Scopus and Web of Science), three interrelated vectors for improving methodological training are identified – technological, interdisciplinary, and digital – and their integrative significance for the formation of research competence of future specialists is substantiated. Unlike existing approaches that mostly consider these vectors in isolation, the author proposes a vision of their systemic interaction: the technological vector ensures the gradual mastering of research methods through practice-oriented learning; the interdisciplinary vector expands the methodological toolkit by integrating knowledge from related fields (sociology, psychology, statistics, philosophy); the digital vector adapts research activities to the realities of the digital scientific environment (use of SPSS, R, Mendeley, cloud technologies). It has been proven that the synergy of these three vectors creates conditions for the development not only of operational research skills but also of scientific thinking as a metacognitive ability that determines the specialist's readiness for innovative activity. The criteria for evaluating the effectiveness of integrating the proposed approaches (motivational-value, cognitive-operational, and reflexive-creative) are determined. The results of the study can be used to update methodological curricula, develop methodological recommendations for teachers, and design blended learning models for the research training of applicants at the second and third educational levels.
Critical thinking skills are among the essential competencies that must be developed in elementary school students to face the increasingly complex challenges of 21st-century life. The Science, Technology, Engineering, and Mathematics (STEM) approach emerges as an educational innovation that integrates four disciplines in an integrated, contextual, and problem-solving-oriented manner. This article aims to examine in depth the contribution of STEM-based learning to the critical thinking skills of elementary school students through a library research method. The study reviewed various scientific literature including national and international journal articles, educational textbooks, research reports, and relevant curriculum documents published between 2010 and 2024. The results indicate that STEM-based learning significantly contributes to the enhancement of students' critical thinking skills through several mechanisms: (1) encouraging students to identify and formulate problems systematically; (2) training analytical, evaluative, and synthetic skills through engineering design; (3) building scientific thinking habits through authentic projects; (4) developing evidence-based inference and argumentation skills; and (5) habituating self-reflection and self-regulation. All six aspects of critical thinking according to Facione are organically facilitated in STEM learning activities. This article concludes that STEM integration in elementary science learning is an effective and empirically proven strategy for building critical thinking foundations from an early age.
مهارتهای تفکر انتقادی از جمله شایستگیهای اساسی هستند که باید در دانشآموزان دبستانی برای مواجهه با چالشهای فزاینده و پیچیده زندگی قرن بیستویکم توسعه یابند. رویکرد علوم، فناوری، مهندسی و ریاضیات (STEM) به عنوان یک نوآوری آموزشی مطرح میشود که چهار حوزه مذکور را به صورت یکپارچه، زمینهمند و مسئلهمحور ادغام میکند. هدف این مقاله بررسی عمیق سهم یادگیری مبتنی بر STEM بر مهارتهای تفکر انتقادی دانشآموزان دبستانی از طریق روش پژوهش کتابخانهای است. در این مطالعه، متون علمی مختلف شامل مقالات مجلات ملی و بینالمللی، کتابهای درسی آموزشی، گزارشهای پژوهشی و اسناد برنامهدرسی مرتبط که بین سالهای ۲۰۱۰ تا ۲۰۲۴ منتشر شدهاند، مرور شده است. نتایج نشان میدهد که یادگیری مبتنی بر STEM به طور معناداری به ارتقای مهارتهای تفکر انتقادی دانشآموزان از طریق چندین سازوکار کمک میکند: (۱) تشویق دانشآموزان به شناسایی و صورتبندی نظاممند مسائل؛ (۲) تمرین مهارتهای تحلیلی، ارزیابانه و ترکیبی از طریق طراحی مهندسی؛ (۳) ایجاد عادات تفکر علمی از طریق پروژههای اصیل؛ (۴) توسعه مهارتهای استنتاج و استدلال مبتنی بر شواهد؛ و (۵) عادتدهی به خودبازتابی و خودتنظیمی. هر شش جنبه تفکر انتقادی بر اساس مدل Facione به طور ارگانیک در فعالیتهای یادگیری STEM تسهیل میشود. این مقاله نتیجه میگیرد که ادغام STEM در آموزش علوم دبستانی، راهبردی مؤثر و اثباتشده تجربی برای بنیانگذاری تفکر انتقادی از سنین پایین است.