Principles of planning and designing massive structures, project load of massive building structures, the key criteria for rationally selecting the type of construction system, conversion of the construction carrier system into the corresponding computational model, an overview of the basic load-bearing structure groups of elements in civil engineering with an emphasis on underground facilities and ... Read more
Dynamics of groundwater and hydraulics of capture structures, hydraulics of surface water; applied hydrology, applied hydrogeology; economics and organisation in hydrology and water resource management.
Design of geophysical measurements, introduction to the basics of probability theory, determination of the accuracy of a method using parametric and non-parametric tests, assessing results and their presentation in engineering practice.
GPS measurements, 3D-scanning measurements, remote sensing, the basics of GIS, databases, vector data processing, raster data processing and displaying data, the topology of space, basics of mathematical cartography, map projections, cartographic standards, definitions of cartographic symbolism, an overview of the types of maps and plans, the principle of capturing space using measurement instruments.
Introduction, drilling geothermal wells, thermodynamics, heating and cooling, industrial utilisation of geothermal energy, practical work in preparing calculations.
General information on the types of waste materials, methods of waste collection and transport, waste management practices, types and kinds of underground landfills, environmental impacts, environmental protection and monitoring.
Mining methods and procedures, cave and surface exploitation of ore, mineral and coal deposits, mine ventilation, drainage and safety information systems, blasting and demolition, methods and types of filling, preventing surface subsidence, monitoring and environmental impacts, rehabilitation and closure of mines, processing secondary mineral resources.
Mechanical and rheological properties of concrete and reinforcement, calculating the bending and axle load limit and dimensioning reinforced concrete cross sections on a single bending combined with axial force, calculating the shear maximum load capacity and dimensioning reinforced concrete elements to lateral force and torsion, calculating limit load capacity during the penetration of reinforced concrete ... Read more
Special procedures for constructing large-scale facilities, methods of static calculations for support systems, interior lining of facilities, waterproofing, drainage, designing entryways into underground facilities, various measurements and observations, ventilation during the construction of a facility, ventilation during the operation of the facility, fire safety in underground facilities, lighting in underground facilities.