Subject Matter
Code | Subject Matter | Descriptions | Course |
SM1 | General Knowledge of Science, Personality, Social and Culture, Leadership, and Entrepreneurship | The scope of study material includes the study of religion, Pancasila, civic education, social sciences, culture, languages, scientific philosophy, leadership, and entrepreneurship. | 1. Indonesia Language 2. Education Overview 3. Pancasila 4. Olympism 5. Civic Education 6. Religion 7. Logic and Reasoning 8. Entrepreneurship |
SM2 | Classical and Modern Physics, Electronics and Instrumentation | The scope of the study material in theory and practice as well as measurement rules includes material for classical physics studies (mechanics, thermodynamics, electrodynamics, oscillations, waves, and optics) and modern physics studies (modern, quantum, atomic and molecular, atomic nuclei, and solids), complemented by electronics studies and instrumentation. | 1. Classical Mechanics 2. Modern Physics 3. Modern Physics Practicum 4. Electronics 5. Electronics Practicum 6. Wave 7. Electricity and Magnetism 8. Quantum Physics 9. Thermodynamics 10. Introduction to Solid State Physics 11. Introduction to Nuclear Physics 12. Earth and space physics 13. Environmental Physics Education 14. Statistical physics 15. Solid matter physics 16. Quantum mechanics 17. Electromagnetic field theory 18. Digital electronics 19. Digital electronics Practicum 20. Sensor technology |
SM3 | Elementary Science, Mathematics, and Computing | The scope of study materials in theory and simulation as well as practice includes study materials for basic physics, general chemistry, general biology, mathematical theorems of calculus, mathematical physics and algorithms, programming, and computational physics. | 1. Basic Physic I 2. Basic Physic Practicum I 3. Basic Physics II 4. Basic Physics Practicum II 5. General Chemistry 6. General Biology 7. Introduction to Information Technology 8. Calculus I 9. Calculus II 10. Mathematical Physics I 11. Mathematical Physics II 12. Big Data and Programming 13. Computational Physics 14. Computational Physics Practicum |
SM4 | Physics Education and Learning Skills | The scope of the study material includes theoretical and practical studies in the basic fields and educational skills and learning Physics by utilizing science and technology. | 1. Student Development 2. Learning theory and learning 3. Foundation of education 4. Curriculum analysis 5. Development of Physics Learning Media 6. Teaching Materials Development 7. Teaching Experience 8. Teaching skills 9. ICT-based learning of Physics 10. English for Teaching |
SM5 | Research, Evaluation and Scientific Development | The scope of study material includes research methodology including reports and publications using science and technology based on evaluation techniques and scientific development related to physics education. | 1. Learning assessment 2. Science learning strategy 3. Science learning design 4. Special topics in school physics 5. Laboratory management 6. Environmental Studies in Physics Learning 7. Research Method for Education 8. Statistics for Research 9. Undergraduate Pre-Thesis Seminar 10. Undergraduate Thesis |
SM6 | 1. Research Method for Education 2. Teaching skills 3. Statistics for Research 4. Introduction to Nuclear Physics 5. English for Teaching 6. Science learning design 7. Teaching Materials Development 8. Elective Course | ||
SM7 | 1. Teaching Experience 2. Implementing Learning Media Development in Schools 3. Implementation of the development of teaching materials in schools 4. Implementation of instrument development in schools 5. Undergraduate Pre-Thesis Seminar | ||
SM8 | 1. Undergraduate Thesis 2. Elective Course |