Prerequisits
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None. |
Content (Syllabus outline)
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1 Subject and tasks of geodesy
2 Surveying activities in Slovenia
3 Surveying work in civil engineering
4 National coordinate systems and projections
5 About measurements
6 Heights measurements
7 Measurement instruments and tehniques
8 Maps and plans, cartography and cartometry
9 Basics of deformation measurements
10 Geodetic points and geodetic network
11 Detail topographic survey of the terrain (polar, orthogonal)
12 Precision and accuracy
13 Designing of geodetic plans
14 Ingeneer measurements
15 Angle and distance measurements
16 Advanced works in geodesy
17 GNSS surveying
18 Statistics in geodesy
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Readings
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Rok Kamnik, Boštjan Kovačič: Praktična geodezija v gradbeništvu, UM FG, Maribor, 2009
Boštjan Kovačič: Geodezija za gradbene inženirje, UMFG Maribor, 2004
Rok Kamnik: Vaje iz geodezije, UMFG, Maribor, 2004
Ciril Sluga: Geodezija, UL FGG, Ljubljana
Milan Juvančič: Geodezija za gozdarje in krajinske arhitekte, UL BF, Ljubljana, 2000
Slavko Macarol: Praktična geodezija, Geodetski fakultet, Zagreb, 1985
Jordan W., Reinertz C. Eggert O: Handbuch der Vermessungskunde, Stuttgart Francis H.Moffit, Harry , 2002
Bonchard: Surveying, New York, Cambridge, itd, 1987
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Objectives and competences
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To occupy elementarily knowledge of geodesy above all knowledge coordination systems, measuring of corners, of high-altitude differences, cartography, orientation, use and design of geodetic plans and of bases of geodesy for civil engineering. |
Intended learning outcomes - knowledge and understanding
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Knowledge and understanding:
Above all understanding of basic geodesic concepts, of procedures and of instruments.
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Intended learning outcomes - transferable/key skills and other attributes
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Knowledge and use of geodesy on remaining professional fields.
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Learning and teaching methods
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Classical lectures with use of computer presentations and visit on geodesic institution
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