Demonstrating the deep knowledge for experiments, data collection, modelling and analysis of the results of computations, as well for creative ideas in the area of зрнішсфд geodesy. Demonstrating the knowledge and understanding of the methodologies methods, corresponding normative documents, applicable standards and specifications. Demonstrating the knowledge of the current stage and modern technologies in the area of physical geodesy. Formulating and improving basic geodetic problems, collecting necessary information with the conclusions which should be proved in scientific context. Implement the corresponding experimental studies using the research skills of the professional thematic. Combination of the theory and practice, to adopt decisions and strategy developing to solve the issues of specialization on the basis of human values, social, civil and industrial interests. Identify, classify and describe the technology works in studied area. Implement the mathematical and statistical processing of scientific and applied activities.

• Satellite geodesy
• High geodesy
• Fundamentals of physical geodesy

The subject "Monitoring of water areas" provides accurate determination of the shape and external gravitational field in the ocean areas and its time changes in basins on the basis of satellite altimetry data. This includes multi-step filtering and processing of altimetry data in space-time domain in addition to the standard procedure of remove - restore for altimetry data processing. The inversion of sea surface height anomalies SSH into gravity anomalies approach is studied. The processing of large amounts of data within discrete approximation problem of anomalous potential leads to the method of fast Fourier transformation FFT for the determination of gravimetric geoid. Another important component is to build a permanent component of the dynamic topography of the oceans relative to the geoid and its possible changes over time.

1. Marchenko A.N. Tretyak K.R., et al. The study of the Earth’s Gravity Field, Sea Surface Topography and the Crustal movements in the Antarctic area. - Lviv: National Universyty Lviv Polytechnic, 2013, 308 p.
2. Marchenko A.N. Tretyak K.R., Yarema N. P. Reference Systems in Geodesy, - Lviv: National Universyty Lviv Polytechnic, 2013, 220p.
3. Marchenko A.N. Parameterization of the Earth’s gravity field. Point and line singularities. - Lviv Astronomical and Geodetic Society, 1998. - 210p.
4. Seeber G. Satellite geodesy. 2nd edition.// Walter de Gruyter-Berlin, 2003.– 589 p.

• Report laboratory classes in writing, oral interviews, reference work (30%)
• Final control (70% control measure, test) written-oral form (70%)