Physics is a fundamental science that studies matter, energy, space, time, and their interactions through experimental and theoretical methods.
Physics education aims to develop students' abilities to explain physical phenomena using scientific methods, construct mathematical and analytical models, conduct experimental studies, and evaluate the data obtained.
Graduates of the Department of Physics contribute to solving academic, educational, technological, and industrial problems by applying their fundamental physics knowledge, mathematical and computational methods, experimental techniques, and scientific research skills.
Depending on their areas of interest and expertise and subject to the relevant legal and professional requirements, graduates may work in academic research, education, research and development (R&D), technology, energy, healthcare, electronics, materials science, information technologies, and related fields.
Physicists are professionals with analytical and critical thinking skills who can contribute to the modeling and experimental investigation of physical systems, measurement and data analysis, scientific research, and the development of new technologies.
Graduates may work as academic staff at universities, in research centers and laboratories, in fundamental and applied physics research, and in postgraduate education and research.
Subject to the required pedagogical qualifications and relevant legal requirements, graduates may work as physics teachers in public and private educational institutions, as well as in educational centers and scientific content development.
Graduates may work in research and development centers, technoparks, technology development zones, measurement and characterization laboratories, and scientific and technological product development.
Graduates may work in renewable energy, solar and wind energy, energy efficiency, energy technologies, and related fields.
Subject to the required expertise and legal requirements, graduates may work in medical imaging, radiation measurement and dosimetry, testing and quality control of medical devices, biophysics, and healthcare technologies.
Graduates may work in the development of new materials, nanotechnology, materials characterization, semiconductors, electronic materials, and functional materials research and development.
Graduates may work in data analysis, scientific computing, computer-based modeling and simulation, electronics and sensor technologies, software, and algorithm development.
Graduates may work in measurement and quality control laboratories, testing and analysis centers, electronics and optical technologies, defense and aerospace, production, quality, and R&D units.
Subject to the recruitment requirements of relevant institutions and applicable legislation, graduates may work in public institutions, research organizations, and scientific research centers.
Through the analytical thinking, mathematical modeling, experimental, data analysis, and problem-solving skills acquired through physics education, graduates can contribute to interdisciplinary studies in engineering, chemistry, biology, medicine, materials science, computer science,
