Earth Sciences is a fundamental, comprehensive natural science field that unites geology, geography, meteorology, climatology, hydrology, oceanology, geophysics, and geodesy. It studies the planet as a single dynamic system where the lithosphere, hydrosphere, atmosphere, and biosphere continuously interact with each other.
In an era of global climate change, the transition to renewable energy, the search for critical raw materials (lithium, rare earth elements), and overcoming the consequences of industrial and man-made disasters, an Earth science specialist acts as a subsoil and atmosphere researcher, geospatial data analyst (GIS/Remote Sensing), geo-risk evaluator, and expert in the exploration and rational use of natural resources.
The training of Earth science specialists is based on studying the following objects and areas of activity:
- geospheres and their components: lithosphere, atmosphere, hydrosphere, pedosphere (soils), and biosphere in their interconnection, spatiotemporal development, and global transformations;
- natural and anthropogenic processes: geological processes (tectonics, volcanism, seismicity, erosion), hydrometeorological phenomena, climate change, dangerous natural hazards (landslides, flash floods, hurricanes, droughts);
- natural resources: mineral deposits (fuel and energy, metallic, critical minerals), groundwater and surface water, land and recreational resources, their prospecting, exploration, and assessment of industrial potential;
- geospatial data and maps: digital elevation models, GIS mapping, Earth remote sensing data (aerial and satellite imagery), geophysical and geochemical fields;
- Earth and society interaction: assessing the impact of geoprocesses on infrastructure, construction, and human activity, predicting geo-risks, and developing measures for territorial protection.
Learning goals by higher education levels:
First (Bachelor's) level — developing in higher education students the ability to solve complex specialized tasks in Earth sciences and practical problems during professional activity or study using relevant theories and methods under conditions of complexity and uncertainty.
Main focuses of Bachelor's degree training:
- mastering fundamental natural sciences (general geology, meteorology and climatology, hydrology, geomorphology, crystallography, and mineralogy);
- acquiring skills in conducting field geodetic, geological, hydrometeorological, and environmental research, sampling, and primary analysis of rock, water, and soil samples;
- mastering basic GIS software tools (ArcGIS, QGIS) for spatial data processing and creating digital maps;
- interpreting aerial and satellite imagery, reading and analyzing topographic and geological maps of various scales.
Second (Master's) level — training highly qualified specialists and scientists capable of carrying out fundamental and applied scientific research on geospheres and their components, establishing patterns of their structure and development, solving complex practical and scientific tasks, assessing their impact on society, and substantiating the possibilities of industrial utilization of natural resources.
Main focuses of Master's degree training:
- in-depth study of specialized fields (exploration geology, hydrogeology, applied geophysics, satellite climate monitoring, mathematical modeling of geoprocesses);
- applying Data Science tools, machine learning, and interpretation of seismic, geochemical, or satellite data;
- evaluating and predicting geo-environmental and industrial risks for the construction of major infrastructure objects (dams, tunnels, mining facilities);
- managing engineering-geological and survey projects, conducting scientific research, and teaching activities in higher education institutions.
Third (Educational-Scientific) level — training highly qualified scientific and pedagogical personnel capable of conducting fundamental scientific research on geospheres, discovering new patterns of their development, developing state-of-the-art methods for natural resource exploration, forecasting hazardous geoprocesses, and assessing their impact on human civilization.
Main focuses of PhD (Doctor of Philosophy) training:
- fundamental research into patterns of structure, evolution, and interaction of geospheres (litho-, hydro-, atmosphere), deep Earth processes, and the formation of critical raw material deposits;
- application of advanced Data Science methods, 3D geo-modeling, interpretation of seismic and satellite data (Remote Sensing);
- mathematical and digital modeling of geoprocesses and geo-risks, development of new methodologies for assessing natural hazards;
- publishing results in leading scientometric databases (Scopus / Web of Science), participating in international scientific expeditions, scientific and pedagogical activities in higher education institutions.
Key competencies of a graduate:
- geographic information systems (GIS) and Remote Sensing — collection, processing, integration, and analysis of spatial data, creation of 3D models of deposits or terrain, satellite imagery interpretation;
- resource prospecting and exploration — conducting geological exploration work, estimating mineral reserves, evaluating groundwater for drinking and industrial water supply;
- hydrometeorology and climate — weather forecasting, climate change modeling, river hydrological regime analysis, monitoring dangerous atmospheric phenomena;
- engineering geology and surveys — soil stability analysis for construction, calculating risks of landslides, mudflows, flooding, and karst formation for construction safety;
- geophysics and analytics — utilizing seismic exploration, gravimetry, and magnetometry to study the deep structure of the Earth's crust and explore for resources.
Graduates of specialty E4 Earth Sciences are sought-after specialists in survey, mining, construction, agricultural, IT, and scientific fields:
- extraction sector and geology: geologist, geophysicist, hydrogeologist, mineralogist in oil and gas, mining, and exploration companies;
- engineering and construction surveys: geological engineer, geotechnical control specialist in design and construction organizations (evaluating sites for residential complexes, roads, bridges, wind/solar power plants);
- GIS and Remote Sensing (IT/Analytics): GIS analyst, Earth remote sensing specialist, aerial photography (UAV) specialist in private IT companies, agricultural holdings, and mapping bureaus;
- hydrometeorological sector: meteorologist, weather forecaster, hydrologist in the State Emergency Service of Ukraine (SESU), airports, agrometeorological laboratories;
- public sector and subsoil use: expert/specialist in the State Geology and Subsoil Service of Ukraine (Geosurvey), basin water resources management units, Ministry of Environment;
- science and education (for Master's degree holders): researcher in institutes of the National Academy of Sciences of Ukraine (Institute of Geological Sciences, Institute of Geophysics, Institute of Geography, etc.), geo-disciplines lecturer in higher education institutions.
Training is provided by:
- Department of Geoinformation Technologies and Space Monitoring of the Earth (407);
- Postgraduate and Doctoral Studies Department.
Education is provided under the following educational programs:
| Educational Program | Degree | Mode of Study | Duration of Study |
|---|---|---|---|
| Space Monitoring of the Earth | Bachelor based on complete general secondary education | Full-time | 3 years and 10 months |
| Space Monitoring of the Earth | Master, professional educational program | Full-time and Part-time | 1 year and 4 months |
| Remote Aerospace Research | Doctor of Philosophy | Full-time and Part-time | 4 years |