• have a systematic knowledge of the theoretical and applied principles of the mechanics of deformation of a solid, the physical nature of its destruction, as well as the basic methods of calculating structures and structures that are under conditions of complex loading;
• be able to choose rational methods and perform research of stress-strain state of engineering structures with elements in the form of core systems, plates and shells, to substantiate the forms, sizes, materials for the manufacture of elements;
• have erudition on the basic directions of development and prospects of practical application of methods of construction mechanics.

• Philosophy and methodology of science;
• Current areas of research in civil engineering and civil engineering.

Problem setting and basic equations of elasticity theory. Formulation of boundary conditions. General concepts and classification of problems of computational mechanics. General scheme of the finite element method algorithm. Element attributes. Finished element classification. Element stiffness matrix. Selection of the physical model behavior of the model material during de-molding and temperature change. Methods for constructing and editing a finite element grid. Modern computer aided design software.

1. Баженов В. А., Перельмутер А. В., Шишов О. В. Будівельна механіка. Комп'ютерні технології: Підручник / За заг. ред. В. А. Баженова. – К.: Каравела, 2015. – 696 с.
2. Галлагер P. МКЭ: Основы / Пер. с англ. ¬– М.: Мир, 1984. – 215 с.
3. Зенкевич O.K. Метод конечных злементов в технике / Пер. с англ. – М.: Мир, 1975. – 541 с.
4. Самарский А. А. Введение в численньїе методы.- М.: Наука, 1987. – 459 с.

• operating control 40% (calculations works);
• final control 60% (exam, written-oral form).