Study programme
Geodesy and Cartography
Academic Year 2023/24
Abbreviation: N-P-C-GK Code: N3646 Type of study: Master's Language of instruction: Czech
Awarded degree: Ing.
Level of qualification: master's (second level)
Awarded qualification: Ing. in the field of "Geodesy and Cartography"
Accreditation: –
Field of Study
Geodesy and Cartography
Abbreviation: GD
Program: Geodesy and Cartography
Profile
The consecutive two-year master’s study programme Geodesy and Cartography follows on from technically-oriented three-year bachelor’s programmes.
The course starts with a common block of subjects and then, during the first year, is divided into two specialisations: Engineering Geodesy and Cadastre and Cartographic Informatics. While studying the common block of subjects, students acquire knowledge of the latest scientific and technical findings in all their complex mutual interconnectivity, and they are guided towards the performance of independent creative engineering work. They apply the knowledge gained in individual subjects in individually assigned geodetic-technical tasks concerning the problems of the given field of study. Emphasis is placed on independent and creative engineering work
After completing the common block of subjects, they are able to solve even demanding specialised issues independently and are thus ready for their narrower focus on the specialisation studied in the subsequent block of their consecutive master´s studies.
Learning outcomes
After completing the common block of the Geodesy and Cartography course of study, which doesn’t focus on any particular discipline, students have gained highly specialised (theoretical and professional) knowledge in the studied field. They are capable of applying this knowledge in the solution of problems within the given field of study.
They are capable, within the scope of the skills they have gained, of independently solving even demanding specialised problems (independently solving complex geodetic, technical and managerial problems not only in the construction industry) and are thus prepared for the subsequent block of studies in the selected specialisation.
They begin the next (specialised) block of studies equipped with the prerequisites for the solution of complex geodetic and technical tasks.
Within the scope of their competence (after the completion of the common block of subjects), they can study one of two specialisations: Engineering Geodesy, and Cadastre and Cartographic Informatics.
Guarantor
Structure of courses
1st year / Winter Semester / compulsory courses
Code | Title | Hr. range | Credits | Completion |
---|---|---|---|---|
HA01 | Mathematics IV | P: 26 / C1: 26 | 5 | Cr,Ex |
HE01 | Geodetical Astronomy and Space Geodesy I | P: 26 / C1: 26 | 6 | Cr,Ex |
HE02 | Geophysics and Geodynamics | P: 26 / C1: 26 | 5 | Cr,Ex |
HE03 | Engineering Geodesy II | P: 39 / C1: 39 | 6 | Cr,Ex |
HE04 | Cartography II | P: 26 / C1: 39 | 6 | Cr,Ex |
1st year / Winter Semester / compulsory-optional courses / required 1 course
Code | Title | Hr. range | Credits | Completion |
---|---|---|---|---|
HV51 | Economy of Municipalities | C1: 26 | 2 | Cr |
HV52 | Construction Company Economy | C1: 26 | 2 | Cr |
HV53 | Law in Business Relations | C1: 26 | 2 | Cr |
1st year / Summer Semester / compulsory courses
Code | Title | Hr. range | Credits | Completion |
---|---|---|---|---|
HA52 | Numerical methods | C1: 26 | 2 | Cr |
HE05 | Photogrammetry II | P: 26 / C1: 26 | 4 | Cr,Ex |
HE06 | Geodetical Astronomy and Space Geodesy II | P: 26 / C1: 26 | 5 | Cr,Ex |
HE08 | Underground Surveys | P: 26 / C1: 26 | 5 | Cr,Ex |
HE10 | Theoretical geodesy II | P: 39 / C1: 26 | 4 | Cr,Ex |
HE11 | Field Training IV | VT: 360 | 4 | GCr |
HE22 | Cadastre III | P: 26 / C1: 26 | 4 | Cr,Ex |