• Scientific and pedagogical direction - Master of Engineering Sciences

1-LO: Possess knowledge about the current state and trends in the development of scientific knowledge in the field of geodesy, geodynamics and remote sensing to conduct independent research with the interpretation of the results of geodetic modeling in the system of geoinformation geodesy.
2-LO: To master the methods of software for the cameral processing of topographic and geodetic surveys during the construction of objects, land surveying and to make their own original contribution to the projects of geodetic monitoring works to study the deformations of buildings and engineering structures.
3-LO: To use modern trends in the development of scientific knowledge in the field of geodesy, GIS technologies, regulatory documents in construction, for technological solutions to the scientific problem of spatial data, in accordance with the algorithm of automation of technological processes of geodetic measurements.
4-LO: Use the methodology for assessing the accuracy of measurement results of lengths, angles, exceedances and functions to equalize the values of coordinates, azimuths and line lengths in the field of geodesy, geodynamics, geotechnology and remote sensing.
5-LO: Apply methods and technology of engineering and geodetic surveys, to carry out activities in the field of engineering surveys of construction, geotechnical condition during the development of oil and gas fields and solid metals.
6-LO: To use a differentiated approach when choosing types of geodetic modeling of the structure and dynamics of various spatial systems (geosystems) and explain the features of geodetic modeling methods using various environmental monitoring and control systems.
7-LO: Apply computer modeling methods to substantiate the safety of operation of construction facilities and search for optimal solutions in construction design, perform calculations of buildings and structures using the finite element method, probabilistic and mathematical modeling.
8-LO: To use knowledge and practical skills in the field of automated technologies for the production of geodetic works, for the design of geodetic linking of construction objects to the terrain on topographic plans and maps, to build their own program of research activities.
9-LO: Apply digital control and design technologies in construction in accordance with the regulatory and technical documentation for construction and cloud technologies for big data analytics, when creating three-dimensional models of geoid, quasi-geoid and reference ellipsoid.
10-LO: To carry out geodetic control in the conditions of the development of the territories of megacities in built-up areas and to apply various methods of complex and thematic monitoring in the geodetic analysis of spatial systems.
11-LO: Possess modern research tools for the selection of methods and interpretation of field geodetic surveys, using traditional and innovative methods and methods of spatial modeling with different volumes of geodetic information.
12-LO: Apply the system of scientific knowledge of philosophical sciences in accordance with international standards in higher school pedagogy, management psychology, in professional and scientific activities.