Course Learning Outcomes

NOCOURSE LEARNING OUTCOME
1Able to master theoretical concepts and principles of classical physics as well as other related fields.
2Able to master theoretical concepts and principles of modern physics as well as other related fields.
3Able to explain the applications of physics in various fields to solve problems in everyday life.
4Able to apply basic mathematical concepts to various physical cases.
5Able to apply advanced mathematical concepts to various physical cases.
6Able to apply analytical methods to various physical cases.
7Able to apply computational methods to various physical cases.
8Able to predict physical phenomena in various physical cases.
9Able to model physical phenomena in various physical cases.
10Able to apply basic principles of measurement and experimentation in various physics cases.
11Able to understand the basic principles of instrumentation and electronics in various physics cases.
12Able to apply and process measurement results in various physics cases.
13Able to apply physics principles in the field of radiation and medical physics.
14Able to apply physics principles in the field of material physics.
15Able to apply physics principles in the field of geophysics.
16Able to apply physics principles in the field of instrumentation and electronics.
17Able to apply research methods in the preparation of final projects, writing of scientific works, and dissemination of the results.
18Able to use IT to prepare work documents and communicate them in accordance with rules and standards in the field of physics.
19Able to apply attitudes of discipline, supportiveness, and nationalism in everyday life.
20Able to apply principles of experimentation and fieldwork both independently and in teamwork.
21Able to apply values, norms, and scientific ethics based on the principle of devotion to God Almighty.
22Able to use information technology and apply entrepreneurial principles in managing economic or business ventures in the field of physics.