• generated knowledge and skills to independently solve professional problems in determining the parameters of explosive loads;
• methodology for determining loads on structures from explosions;
• Assessment and analysis of design decisions on buildings explosive impact loads;

• Theory and termination of combustion,
• Buildings and their behavior under fire, part 1
• Buildings and their behavior under fire, part 2.

Special temperature influences and loads, the main provisions of calculation designs hazardous buildings and structures on the particular combination of loads, design of industrial buildings under the influence of internal explosion, design of industrial buildings under the influence of an external explosion, the design of public buildings under the influence of internal explosion, the design of public buildings at the impact of external explosion, the design of residential buildings under the influence of internal explosion, the design of residential buildings under the influence of an external explosion, designing structures when subjected to internal blast, design structures under the influence of an external explosion, design principles of single-storey buildings with regard to special temperature loads and impacts principles of designing tall buildings, taking into account the special temperature loads and impacts

1. Handbook of blast resistant design of buildings / edited by Donald O. Dusenberry.
2 Explosion-Resistant Buildings, Design, Analysis, and Case Studies, Bangash, T.
3. Blast Effects on Buildings, 2nd edition D. Cormie, G. Mays and P. Smith

• oral interviews, reference work (30%)
• final control (70% control measure, test): written, oral form (70%)