DIGITAL TRANSFORMATION IN ANATOMY EDUCATION

Аннотация

The digital transformation of anatomy education marks a transition from traditional methods to technology-driven learning environments. This paper explores the integration of digital tools such as VR, AR, and 3D modeling in the teaching of "Anatomy and Human Physiology." It analyzes how digital platforms enhance interactivity, promote personalization, and reshape the roles of educators through competence development. A case study of the AnatoSpace platform demonstrates the practical application of digital transformation in higher education. Keywords: digital transformation, anatomy education, AnatoSpace, VR/AR, 3D modeling, digital competence, higher education, e-learning, educational technology, digital platforms Introduction The digital transformation of education marks a profound shift in the ways knowledge is delivered, absorbed, and applied. Unlike simple digitization, which involves converting analog content to digital form, digital transformation (DT) involves the redesign of pedagogical methods, integration of innovative technologies, and a cultural shift toward digital-first learning environments [1, p. 3]. In medical education, and particularly in teaching "Anatomy and Human Physiology," DT presents both challenges and new opportunities. This thesis explores the implications, tools, and outcomes of digital transformation in anatomy education with a focus on the AnatoSpace platform. 1. Theoretical Background of Digital Transformation in Education Digital transformation represents a systemic change that permeates all aspects of educational environments—from infrastructure and administration to pedagogy and assessment [2, p. 7]. It is grounded in the constructivist paradigm of learning, which emphasizes active knowledge construction, student-centered instruction, and contextual learning. In anatomy education, DT enables a departure from traditional lecture-based models to interactive, multimodal, and learner-driven experiences. Theoretical frameworks guiding this shift include the TPACK model (Technological Pedagogical Content Knowledge), SAMR (Substitution- Augmentation-Modification-Redefinition), and Bloom’s Digital Taxonomy [3, 165 ACADEMIC RESEARCH IN MODERN SCIENCE International scientific-online conference p. 18]. These models collectively inform the integration of digital tools in a meaningful and pedagogically sound manner. 2. Tools and Platforms for Digital Anatomy Education Several digital technologies have transformed how anatomy is taught and learned: 3D visualization software: Programs such as Visible Body and 3D Organon provide dynamic views of human anatomy, allowing students to interact with anatomical structures [4, p. 1]. VR and AR applications: Virtual and Augmented Reality tools like Complete Anatomy or the Oculus VR suite support spatial learning and kinesthetic engagement [5, p. 398]. Digital learning platforms: AnatoSpace, a digital platform developed specifically for anatomy teaching, includes structured modules, video lectures, simulations, and diagnostic tools tailored to educational standards [6, pp. 34– 35]. Open educational resources (OERs) and AI-enabled systems offer adaptive learning pathways and immediate feedback mechanisms, enhancing self-regulation and engagement [7, p. 6]. Studies confirm that such tools improve retention, foster curiosity, and bridge theoretical and clinical understanding [8, pp. 179–182]. 3. Role of Educator Digital Competence Effective implementation of DT depends significantly on the digital competence of educators. According to the European Framework for the Digital Competence of Educators (DigCompEdu), teachers must possess skills in digital resource creation, pedagogical integration, and digital assessment [9, p. 10]. In anatomy education, teachers should be proficient with 3D models, VR/AR technologies, and learning management systems (LMS). They must also be able to align digital tools with curriculum objectives and standards such as GOST and FGOS [10, p. 65]. Continuous professional development and institutional support are essential to ensure the successful adoption of digital practices. 4. AnatoSpace as a Case Study The AnatoSpace platform exemplifies the integration of digital methodologies in anatomy education. It features: Thematic video lectures sorted by system (nervous, muscular, cardiovascular, etc.); Interactive PowerPoint-style presentations embedded with quizzes; 3D simulations and animated sequences for spatial learning; Modules for formative and summative assessment; 166 ACADEMIC RESEARCH IN MODERN SCIENCE International scientific-online conference Syllabi-aligned content complying with national education standards. The platform also supports teacher dashboards for monitoring learner progress, offering data-driven insights for tailored instruction [6, pp. 32–35]. AnatoSpace embodies the principles of personalization, visualization, and interactivity—pillars of modern medical education. 5. Outcomes and Benefits of Digital Tr