Information Package / Course Catalogue
| 1. | Acquires theoretical and practical knowledge in the fundamental branches of physics. |
| 2. | Analyzes, interprets, and explains theories related to physical phenomena within a holistic framework based on mathematical foundations. |
| 3. | Gains the ability to identify, define, and formulate physics problems; selects and applies appropriate analytical, numerical, and modeling methods for their solution. |
| 4. | Gains the ability to design and conduct experiments for the investigation of physical systems or processes, and to evaluate and present the results. |
| 5. | Effectively uses simulation tools, software, data analysis methods, artificial intelligence-based tools, and contemporary technologies required for applications in physics. |
| 6. | Takes responsibility individually or as a member of a team in all educational, instructional, and research activities. |
| 7. | Follows current developments in science and technology with a lifelong learning perspective and continuously improves professional competencies. |
| 8. | Gains the ability to participate in interdisciplinary education and research activities by integrating knowledge and skills acquired from courses and fields outside the discipline. |
| 9. | Communicates knowledge, findings, and ideas in physics clearly in both oral and written forms and possesses a basic level of proficiency in at least one foreign language (English) sufficient for professional purposes. |
| 10. | Acts in accordance with ethical values and social responsibility principles. |
| 11. | Develops awareness of the impacts of physics applications on the environment, energy, and sustainability, as well as issues related to occupational health and safety. |