Focus and Scope

Innovations in Mathematics and Science Education

• Innovative pedagogical models in mathematics and science education
• Integration of digital technologies in mathematics and science classrooms
• Authentic and competency-based assessment practices
• Inquiry-based, problem-based, and project-based learning
• Numeracy and scientific literacy development
• Adaptive and future-oriented curriculum design
• Data-driven and evidence-based instructional practices

STEAM-Based Instructional Design and Media

• STEAM (Science, Technology, Engineering, Arts, Mathematics) instructional design
• Development of interactive and digital learning media
• Integration of arts into STEM education
• STEAM-based project-based learning approaches
• Innovative teaching materials and instructional tools
• Evaluation and impact of STEAM learning
• Use of emerging technologies such as AR/VR, simulations, and gamification

Computational Thinking and Artificial Intelligence

• Integration of computational thinking in educational curricula
• Teaching programming and coding across educational levels
• Applications of artificial intelligence in education
• Educational data science and learning analytics
• Ethical considerations of AI in education
• Development of AI-based learning platforms and tools
• Adaptive and personalized learning systems

Applied Mathematics and Physics

• Mathematical modeling in real-world contexts
• Applications of mathematics in industry and technology
• Applied physics in engineering and technological innovation
• Simulation and computational approaches in mathematics and physics
• Numerical analysis and computational methods
• Interdisciplinary research in mathematics and physics
• Applied research addressing real-world challenges