| Code | Subject Matter | Descriptions | Type of Course | Name of Course |
| SM 1 | Character building, basic scientific insight, and communication skills | Character building, leadership skills, mastery of basic knowledge, and communication skills. | University’s Courses | Indonesian Pancasila Religion Education Overview Civic Education Logic and Reasoning |
| Faculty’s Courses | Philosophy of Natural Sciences Olympism |
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| Study Programme’s Compulsory Courses | General Chemistry English for Physics General Biology Scientific Communication |
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| SM 2 | Classical Physics (Newtonian Physics) | The basic knowledge of physics consists of: basic physics, mechanics, optical waves, electro-magnetism, and thermodynamics. | Study Programme’s Compulsory Courses | Basic Physics I Basic Physics II Classical Mechanics Electricity and Magnetism Waves Thermodynamics Electronics |
| SM 3 | Mathematics, Computing, and ICT | Ability to use mathematical and computational concepts in the scientific study of physics and solving physics problems. | University’s Courses | Big Data and Programming |
| Study Programme’s Compulsory Courses | Calculus I Calculus II Mathematical Physcis I Mathematical Physics II Statistics Introduction to Information Technology Computer Programming Computational Physics |
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| Elective Courses | C/C++ Programming Language Physics Simulation Capita Selecta on Computational |
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| SM 4 | Measurements and Experiments | Capable of working in the laboratory to comprehend physics theory and its application. | Study Programme’s Compulsory Courses | Basic Physics Practicum I Basic Physics Practicum II Electronics Practicum Computer Programming Practicum Modern Physics Practicum Computational Physics Practicum Digital Electronics Practicum Measurement and Data Analysis Experimental Physics |
| SM 5 | Modern Physics | Modern physics theory contains of the fundamentals of quantum, atomic and molecular, nuclear, elementary particle, and solid-state physics. | Study Programme’s Compulsory Courses | Modern Physics Quantum Physics Solid Sate Physics Introduction to Nuclear Physics Statistical Physics |
| Elective Courses | Electromagnetic Field Theory Quantum Mechanics |
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| SM 6 | Applied Physics | Apply the physics theory to the industry. | Study Programme’s Compulsory Courses | Industrial Physics Digital Electronics |
| Elective Courses | Elective Courses on Materials Physics Elective Courses on Computational Physics Elective Courses on Instrumentation Physics |
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| SM 7 | Scientific description | Scientific and academic writing to provide scientific reports. | Study Programme’s Compulsory Courses | Undergraduate Pre-Thesis Seminar Undergraduate Thesis Research Methodology in Physics |
| Independent Learning Activities Courses | Internship Planning and Design Activity Reports and publications Physics Workshop Special study 1 Special study 2 |
