1. To apply knowledge of technical characteristics, structural features, purpose and rules of operation of equipment and equipment for solving technical problems of the specialty.
2. To search information in various sources for the solution of the set professional tasks.
3. Evaluate the results obtained and reasonably defend the decisions made.

Previous courses.
1. Space monitoring of the Earth.
2. Digital cartography.
Related and subsequent subjects.
1. Space geodynamics.

The course "Satellite Navigation" provides consideration of the following issues: current state of development and application of satellite navigation systems, navigation systems, devices and means of satellite navigation, methods of creating a system for monitoring the navigation characteristics of satellite navigation systems, structural and logical circuits of navigation systems, vehicles, personal GPS monitoring, waypoints, routes, tracks, structural pre-processing algorithm and co mapping of navigation information, principles of construction of navigation information display systems, preparation of data for creation of digital navigation map.

1. Antonovich KM Use of satellite navigation systems in geodesy. In 2 vols. Monograph / KM Antonovich, M .: FSUE “Cartgeocenter”. 2006.- 694 p.
2. Yu. A. Solov'ev, Satellite Navigation Systems / Yu. A. Solov'ev. - M .: ECO-TRENDS, 2000. - 270 p.
3. NI Burov. Electronic navigation and cartography. Ed. Trumps LA: OGMA. - Odessa, 1996. - 26 p.
Auxiliary
1. Babak VP Satellite radio navigation / VP Babak, V.V. Konin, V.P. Kharchenko. - K.: Engineering, 2004. - 328 p.
2. Karlaschuk VI, Karlaschuk SV Satellite navigation. Methods and tools. - M .: SOLON-Press, 2006. - 176 p.

Current control: conducting laboratory control measures - 30 points.
Final control: exam - 70 points.
Examination control:
   -writing component -50 points;
  - oral component - 20 points.