Training students to work on the design of reinforced concrete elements and structures, their execution and maintenance.

Knowledge of reinforced concrete elements and their properties in order to optimum use in designing (calculation, modeling and analysis) of reinforced concrete structures of facilities of diverse purpose.

The concept and basics of reinforced concrete structural design (reinforced concrete properties, design models, methods for determining the static forces, aggressive environment, reliability of structures, the principles of design of elements, complementary behavior of concrete and steel, the theoretical spans, supports, dilatation, ultimate limit states). Linear reinforced concrete elements (beams, columns, frames, arcs, combined linear girders, ring beams, corbels). Reinforced concrete slabs (one- and two-way slabs, flat slabs, circular and annular slabs, openings). Wall beams. RC elements in shallow foundation (footings, strip foundation, foundation beams, grids, slabs). Reinforced concrete industrial facilities (elements, dispositions, analysis and load transfer, and the effects of static systems, design elements, specificity). Multi-story reinforced concrete building (classification, operations, budget and distribution of static forces, the effects of slenderness, aseismic design).

Lectures, exercises, consultations, preparation and defense of the project.