Educational Programme: 7M01510 - Physics and STEM-education in a digital school
Educational program code
7М01510
Language of instruction
Kazakh, Russian
Learning level
Graduate
Duration of study
2 years
Objectives of the educational program
Training of highly qualified, competitive and socially responsible personnel in the field of physics, possessing scientific, methodological and critical thinking, proficient in modern educational technologies and innovative approaches to teaching, capable of implementing professional activities taking into account the needs and priorities of the region.
- Basic principles of modern physics
- Innovative approaches in teaching physics
- History and methodology of physics
- Method of teaching physics in higher education
- Principles of teaching physics of the XXIst century: from quanta to space
- Thermophysical methods of investigation of nonlinear systems
- Unconventional energy sources
- Current issues of modern physics
- A conceptual approach to the analysis of the problems of teaching physics and astronomy
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- Digital laboratories and simulations in physics education
- Theoretical foundations and practice of experimental research
- Methodology and Methods of Pedagogical Research
- Physics of the Earth and Planets
- STEM-approaches to cosmology using artificial intelligence
Learning outcomes and competencies
R1. To analyze the historical, philosophical, and methodological foundations of science, and critically evaluate their influence on the development of scientific paradigms, ethics, and methods of pedagogical and physical research.
R2. To evaluate the reliability and significance of scientific information in a foreign language, apply it with reasoned justification in pedagogical and experimental research, and use professional terminology, innovative approaches, and scientific communication skills.
R3. To develop innovative strategies for managing the educational process and the team based on psychological and pedagogical concepts.
R4. Analyze methodological problems of teaching physics and astronomy. To develop and put into practice innovative methods of teaching physics.
R5. Design STEM methods for different levels of education, use interdisciplinary approaches and modern digital technologies.
R6. To conduct independent and team scientific research in compliance with the norms of scientific ethics and culture of research activity.
R7. Simulate physical processes using software tools, laboratory simulators for training and research.
R8. Apply artificial intelligence to analyze research in the field of professional activity.