• Scientific and pedagogical direction - Doctor of Philosophy (PhD)

1-LO: Integrate the determination of the Earth's surface shape and gravitational field of changes in space and time using land, sea, aerospace measuring instruments with the substantiation of the theory of the Earth's rotation and global geodynamics, to study the Earth's rotation parameters, the movement of its centre of mass, sea level changes, glacioisostasy and other movements and deformations of natural anthropogenic origin.
2-LO: Differentiate space geodesy tools, including ultra-long-baseline radio interferometry, radar interferometry, Doppler ranging systems, satellite altimetry, satellite gradientometry, satellite laser localisation, query and query-free ranging and other systems to improve geodetic astronomy methods and facilities.
3-LO: Establish and develop a geodetic coordinate-time basis using geodetic, astronomical, gravimetric and other (space, terrestrial, underground and underwater) measurement methods for the design and development of theories of construction and implementation of coordinate, altitude and gravimetric reference systems.
4-LO: To form active GNSS-based coordinate-time infrastructure, methods and technologies for high-precision positioning and navigation using ground, sea and space-based geodetic satellite navigation system signals for positioning and navigation of mobile geospatial objects.
5-LO: To develop new principles, methods, technical means and technologies of geodetic measurements to determine geometric and physical parameters of the Earth, its surface, objects, phenomena and processes on it, including for the production of ground topographic surveys.
6-LO: Model geopotential and functionals on it using modern achievements of mathematics as theory and practice of mathematical processing of results of geodetic measurements for information support of geodetic works.
7-LO: Integrate modern systems of accumulation, processing, storage, transmission and use of geodetic information, to create geoinformation systems for various purposes on geodetic data.
8-LO: Conduct geodetic monitoring of the stress-strain state of the Earth's crust and its surface caused by natural and anthropogenic factors, including in earthquake- and volcanic-prone areas, in areas of mineral development, at underground gas storage facilities, etc. to study the atmosphere, ionosphere and space weather using satellite geodetic observations.
9-LO: Organise remote geodetic monitoring of environmental conditions, primarily of hazardous processes and phenomena contributing to natural disasters and crisis situations by establishing networks of continuous and repeated ground, marine and satellite observations.
10-LO: To substantiate geodetic information support of sustainable development of territories on the basis of GIS-technologies by displaying the totality of spatial characteristics of territories.
11-LO: Create a project based on geodesy specifications in accordance with new domestic regulatory and technical documentation to develop a competitive geodesy production.
12-LO: Develop an analysis strategy, argue a system of indicators for the development and implementation of the organisation's strategy aimed at ensuring competitiveness in the development and implementation of resource conservation programmes in enterprises.