| Faculty | Faculty of Science (FPR) | ||||
|---|---|---|---|---|---|
| Study programme | Physics (B0533A110027) | ||||
| Branch of study / Specialization | Physics (B0533A110027/0 - 2025) | ||||
| Level of acquired qualification | Bachelor | ||||
| Form of study | Full-time | ||||
| Standard length of study | 3 years | ||||
| Number of ECTS credits | 180 | ||||
| Qualification awarded | Bachelor (0) | ||||
| Access to further studies | Master study programme | ||||
| Type of completion | State Final Exam | ||||
| Study and Examination Code | URL | ||||
| Faculty coordinator for international students |
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| Key learning outcomes | The aim of the study program is to provide bachelor's degree graduates with the necessary theoretical education and practical experience to solve physical problems, perform physical measurements, process the obtained data, and analyze it. An important part of the program is also the ability to understand processes and algorithms in the theoretical and practical solution of physics problems, the ability to analyze results and generalize methods for studying new tasks that scientific work or innovative applied research bring. Other acquired skills also help graduates achieve these goals - a strong mathematical foundation necessary for formulating and solving physical laws; - mastery of computer technology and its use in controlling and recording experiments; - linking theoretical and practical knowledge of process algorithm design and programming, with an emphasis on scientific computing and data processing; - understanding the principles of teamwork and presentation methods; - the ability to communicate in English, work with English-language literature and software. | ||||
| Specific admission requirements | unspecified | ||||
| Specific provisions for recognition of prior learning | unspecified | ||||
| Qualification requirements and regulations | unspecified | ||||
| Profile of the programme | unspecified | ||||
| Persistence requirements | unspecified | ||||
| Occupational profiles of graduates with examples | unspecified | ||||
| Branch of study / Specialization guarantor | Futera Zdeněk, doc. RNDr. Ph.D. |
| Status | Recommended year of study | Recommended semester | Course code | Course title (* Final State Examination) | Language of instruction | Number of ECTS credits | Course availability |
|---|---|---|---|---|---|---|---|
| Compulsory | 1 | Winter | FPR/914 | Courses Evaluation | Czech | 0 | |
| Compulsory | 1 | Winter | FPR/007 | Guidelines for Information Resources | Czech | 0 | |
| Compulsory | 1 | Winter | FPR/003 | Basic Rules of Study at the University of South Bohemia | Czech | 0 | |
| Compulsory | 1 | Summer | FPR/914 | Courses Evaluation | Czech | 0 | |
| Compulsory | 2 | Winter | FPR/914 | Courses Evaluation | Czech | 0 | |
| Compulsory | 2 | Summer | FPR/914 | Courses Evaluation | Czech | 0 | |
| Compulsory | 3 | Winter | FPR/914 | Courses Evaluation | Czech | 0 | |
| Compulsory option | 3 | Winter | UFY/443 | Lasers and Nonlinear Optics | Czech English | 4 | The course is available to visiting students |
| Compulsory | 3 | Summer | FPR/914 | Courses Evaluation | Czech | 0 |