DEPARTMENT OF PHYSICS
-
address
(14662) D610, Dasolgwan, 43, Jibong-ro, Bucheon-si, Gyeonggi-do, Republic of Korea -
hours of operation
Mon-Fri 9:00 am-12:00 pm, 1:00 pm-5:00 pm -
tel
+82 2 2164 4380 -
e-mail
physics@catholic.ac.kr
About the Department
Physics is a discipline dedicated to uncovering the fundamental principles governing the universe through the rational understanding of natural phenomena, leading to groundbreaking scientific and technological innovations. The Department of Physics offers a systematic education in the basic laws and concepts of physics, providing students with a strong foundation in scientific knowledge and rational thinking. Our curriculum is designed to cultivate human creativity and scientific analysis skills essential for thriving in a modern, knowledge-based society. Additionally, we are committed to nurturing socially aware professionals who value cooperation and community engagement, preparing our students to contribute meaningfully to both scientific advancement and societal well-being.
Major Course Guide
Year 1 │ General Physics and Experiments 1,2
This required course for physics majors covers the basic concepts of Newtonian mechanics, waves, thermal and statistical physics, electromagnetism, and modern physics. Students will also perform fundamental experiments related to these topics.
Year 1 │ Basic Physics Exercises 1,2
Students will learn essential mathematical concepts necessary for a physics major, with a focus on the fundamentals of complex numbers and matrices.
Year 2 ~ 4 │ Physics Experiments 1,2
In this course, students will perform basic experiments in mechanics, electromagnetism, and modern physics, as well as experiments involving analog and digital circuits.
Year 2 ~ 4 │ Dynamics 1,2
This course teaches the principles, theories, and technical methods of classical mechanics, which are useful for understanding macroscopic physical phenomena. Students will learn how these principles are implemented in the real world.
Year 2 ~ 4 │ Electromagnetism 1,2
This course explores physical phenomena related to electricity and magnetism, including interactions between charged particles, the concept of an electromagnetic field, particle motion in an electromagnetic field, electromagnetic energy, electric currents, magnetism of matter, Maxwell's equations, and electromagnetic waves.
Year 2 ~ 4 │ Quantum Mechanics 1,2
Students will learn the fundamental principles of quantum mechanics, such as the uncertainty principle and particle-wave duality. The course explains the sub-atomic world, including the hydrogen atom spectrum and the periodic table, based on the work of early 20th-century physicists.
Year 2 ~ 4 │ Thermal and Statistical Physics 1,2
This course covers the definition of heat and temperature, the first and second laws of thermodynamics, entropy, and the thermal properties of various systems of matter. Topics include the state equation for ideal gases, blackbody radiation, paramagnetism and ferromagnetism, and phase transition theory.
Year 2 ~ 4 │ Solid State Physics 1,2
Students will learn about the crystal structure of solid-state materials, inverse scattering, crystal bonding, phonons and electrons, energy band theory, and the properties of solids, including conductors, semiconductors, insulators, superconductors, and magnets.
Curriculum
| Year 1 | General Physics and Lab 1, General Physics and Lab 2, Fundamental Physics Exercises 1, Fundamental Physics Exercises 2 |
|---|---|
| Year 2 | Concepts and History of Physics, Electromagnetism 1, Electromagnetism 2, Mechanics 1, Physics Lab 1, Modern Physics, Introduction to Mathematical Physics, Physics Lab 2, Physics 1, Physics Lab 2 |
| Year 3 | Quantum Mechanics 1, Electromagnetism 2, Mathematical Physics 2, Modern Physics Experiments 1, Fundamental Computational Physics, Quantum Mechanics 2, Thermal and Statistical Physics 1, Modern Physics Experiments 2, Computational Physics and Deep Learning, Physics Capstone |
| Year 4 | Advanced Physics Laboratory 1, Advanced Physics Laboratory 2, Advanced Physics Seminar 1, Advanced Quantum Physics, Advanced Quantum Mechanics, Advanced Physics Seminar 1, Advanced Physics Seminar 2, Advanced Physics Laboratory 2, Advanced Physics Laboratory 3, Advanced Physics Laboratory 4, Advanced Physics Seminar 5, Advanced Physics Seminar 6, Advanced Physics Seminar 7, Advanced Physics Seminar 8, Advanced Physics Seminar 9, Advanced Physics Seminar 10, Advanced Physics Seminar 11 |
Academic Activities
Gamulch
Gamulch is a student-run physics club that engages in a variety of academic activities. These include mentoring, annual study sessions, and organizing academic festivals and exhibitions throughout the year.
Subject-Related Certifications
Students can pursue various certifications related to their field, such as:
Patent Attorney, Electrician, Electronics Engineer, Electrical Engineer, Electronic Calculator Engineer, Semiconductor Designer, Electronic Circuit Designer, Digital Control Engineer, Semiconductor Design Engineer, Radioisotope Handling License, Nuclear Power Generation Engineer, Radiation Control Engineer, Nuclear Engineer, Thermal Engineer, Sustainable Engineer, and more
Departmental Talent
- Curious people
- People able to systematically explore natural phenomena
- People with problem-solving skills
- People able to collaborate with members of a community
High School Courses Related to Major
| General Electives | Career Electives |
|---|---|
| Math I, Math II, Calculus, Physics I, Chemistry I, Earth Science I, etc. | Geometry, Physics II, etc. |
Careers after Graduation
| Education & Research | Domestic and overseas graduate schools (advanced physics and related fields), graduate schools of education (secondary school teacher certification), government-funded research institutes (Korea Basic Science Research Institute, Korea Institute of Standards and Technology, Korea Advanced Institute of Science and Technology, Korea Electronics and Telecommunications Research Institute, Pohang Accelerator Research Institute, etc. |
|---|---|
| Enterprise | IT, NT, magnetics, semiconductors, new materials, and vacuum companies |
| Professions | Patent attorneys, etc. |
The curriculum of the Department of Physics is designed to develop students' ability to understand the principles of natural phenomena and to think logically and rationally—skills fundamental to any field. Consequently, physics majors acquire a versatile skill set that enables them to pursue careers not only in physics but also in a wide array of other disciplines. As a result, graduates can explore diverse career paths beyond their major. In recent years, fields such as patent law, finance, and private industry have become increasingly popular among our graduates. Many physics majors are already making significant contributions in various sectors worldwide.