Study programmes
Atmospheric Physics, Meteorology and Climatology
Study program:
Atmospheric Physics, Meteorology and Climatology
SP code:
N0533A110011
Study form:
full-time
Study type:
Master's (post-Bachelor)
Standard duration of study in years:
2
Language of instruction:
English
Title:
Mgr.
Title:
Yes - RNDr.
More details
SP name in Czech:
Fyzika atmosféry, meteorologie a klimatologie
SP name in Latin:
Atmosphaerae physica, meteorologia, climatologia
SP profile:
academically oriented
SP characteristics
The ‘Atmospheric Physics, Meteorology and Climatology’ program leads students to acquire knowledge and skills in the field of atmospheric properties and the related processes. Within the framework of Charles University, this program is unique in its comprehensive view of the Earth's atmosphere as a dynamical system of in a broad interdisciplinary context. Even within the Czech Republic this is the only program providing full-scale education in the field of atmospheric physics, meteorology and climatology. The program follows from the bachelor's study of physics, in which students acquire necessary knowledge of basic physical principles (mechanics, thermodynamics, electricity and magnetism, optics and others) as well as of proficiency in related mathematical methods. The elements of the study program are primarily focused on acquiring theoretical knowledge in the field of atmospheric physics (hydrodynamics and atmospheric thermodynamics), thus extending previously acquired expertise in this field. Furthermore, skills necessary for practical as well as scientific activities in the field of atmospheric physics are acquired during the study, especially in the field of numerical mathematics, mathematical statistics, data processing and visualization. Part of the course aims to prepare graduates for basic applications of the atmospheric physics, such as weather forecasting, air pollution analysis and climate research (including modelling and research of higher atmospheric layers). Other subjects of the program serve to deepen the student's focus in particular specialized topics or to expand knowledge in areas close to other physical disciplines (e.g., electrical, optical and acoustic phenomena in the atmosphere or the oceans). As a part of the study, a master-level diploma thesis is prepared and submitted, in which the application of competences acquired during the study is demonstrated, as well as ability to cooperate in solving the assigned scientific problem.
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Graduate profile for the public:
Graduates have a wide range of knowledge and competencies in the whole field of atmospheric physics, meteorology and climatology. Their skills allow for professional focus on basic and applied research as well as involvement in the commercial sector. Graduates have a broad perspective of career, for example, in the academia, in research institutes and at universities, as well as in industrial development centres focused on flow studies. In the business environment they are able to apply expert knowledge of statistical techniques, in the field of crisis management they can utilize their acquaintance with extreme meteorological phenomena. They can also find employment in a number of economic sectors influenced by atmospheric phenomena such as energetics, transportation or agriculture.
Graduates have extensive and comprehensive knowledge of atmospheric physics, dynamics and thermodynamics of the atmosphere, atmospheric circulation at all spatial scales, problems of electromagnetic and acoustic waves in atmospheric environment, theory of hydrodynamic wave processes, theory of non-linear dynamic systems, structure and development of the climate system, natural and anthropogenic climatic changes. They are familiar with contemporary methods of remote sensing (meteorological radars, lidars, sodars and satellites). They are able to process extensive and complex meteorological and climatological data files and are closely acquainted with mathematical statistics and the relevant IT applications.
Graduates have extensive and comprehensive knowledge of atmospheric physics, dynamics and thermodynamics of the atmosphere, atmospheric circulation at all spatial scales, problems of electromagnetic and acoustic waves in atmospheric environment, theory of hydrodynamic wave processes, theory of non-linear dynamic systems, structure and development of the climate system, natural and anthropogenic climatic changes. They are familiar with contemporary methods of remote sensing (meteorological radars, lidars, sodars and satellites). They are able to process extensive and complex meteorological and climatological data files and are closely acquainted with mathematical statistics and the relevant IT applications.
Related accreditations
| Faculty | Name of the study program | Language of instruction | Study form |
|---|---|---|---|
| Matematicko-fyzikální fakulta | Fyzika atmosféry, meteorologie a klimatologie | čeština | prezenční |
Teaching provided by
Faculty:
- Faculty of Mathematics and Physics (MFF) https://www.mff.cuni.cz
Cooperating institutions:
No
More details
Foreign university joint diploma type:
No
External department:
No
Classification
Area of education:
- Physics
SP structure
Specialisation:
No
Double-curriculum study:
No
Data for persons with disabilities
Contact person for persons with disability:
Mgr. Lukáš Krump, Ph.D.
Web page for persons with disability:
Further information about the study of persons with disability:
Personal provision
Garant SP:
- prof. RNDr. Petr Pišoft, Ph.D.
Study plans
Plans according to accreditation:
full-time study form with language of instruction English
Instruction
Admission procedure requirements:
Study programme (branch) is open for applicants for the academic year
2026/2027:
- Faculty of Mathematics and Physics - Admission procedure requirements
Admission procedure requirements in the acaademic year
2025/2026:
- Faculty of Mathematics and Physics - Admission procedure requirements
Can be studied in combination
No combinations have been found