Аs a result of studying the module the student should:
- know the terminology and properties, ways of application materials, products and structures under the requirements of the architectural form to ensure the realization of individual creative intent of the architect.
- know direction, know the methods, materials and technologies to create comfortable architectural environment, including taking into account the savings of energy and material resources.
- understand and own the relationship and the ability to carry out synthesis of information on a function object and architectural form, materials, products and designs.
- to know basics of international best practices aimed at the synthesis of new materials under appropriate architectural features.
- know the protection of goods and materials from the aggressive environment.
- possess knowledge about the materials for the renovation and reconstruction of houses.
- know the basics of the technology of production of materials.
- know the prospects of development of modern materials, environmental aspects of their production and use.

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Architecture and construction materials: classification and requirements. Properties of architectural materials. Natural, architectural and building materials and stone products. Materials and products from wood. Ceramic materials and products. Architectural building materials and wares from mineral melts. Materials and articles of metals. Artificial architectural materials and products based on mineral cohesive substances. Reinforced concrete structures and products. Architectural materials and products based on polymers and other macromolecular organic substances. Materials for exterior finishing of buildings and structures. Materials and products for interior decoration of houses. Materials for the device of false ceilings and floors. Coating for roofs, waterproofing materials and products. Materials for landscape architecture. Building materials for the construction of roads, squares, intricate, perimeter fencing etc. the Materials of decorative art. Devices and products for systems of water supply and sanitation. Materials and devices for heating and cooling homes. Devices and systems of artificial lighting. Automatic device control home security and fire alarm systems. Materials and products for saving energy resources in architectural practice. The materials of the future and nanotechnology.

1. Айрапетов Д.П. Архітектурне матеріалознавство. – М.: Стройиздат, 1983. – 310 с.
2. Айрапетов Д.П. Матеріали та архітектура. – М.: Стройиздат, 1978. – 272 с.
3. Викторов А.М., Викторова Л.А. Природный камень в архитектуре. – М.: Стройиздат, 1983. – 191 с.
4. Гнезбург В.П. Керамика в архитектуре. – М.: Стройиздат, 1983. – 200 с.
5. Лисенко Л.М. Дерево в архитектуре. – М.: Стройиздат, 1984. – 176 с.
6. Мардер А.П. Металл в архитектуре. М.: Стройиздат, 1983.
7. Воронцов В.М., Мосьпан В.И. Металличяеские материалы в архитектуре. Учебное пособие. – Белгород, 2009. – 56 с.
8. Соловьев С.П., Динеева Ю.М. Стекло в архитектуре. – М.: Стройиздат, 1982. – 191 с.
9. Яшевич В.Б. Бетон и железобетон в архитектуре. – М.: Стройиздат, 1981.
10. Айрапетов Д.П. Пластмассы в архитектуре / Д.П. Айрапетов, С. П. Заварихин, М. П. Макотинский. – М.: Стройиздат, 1981. – 190 с.

- Current control (laboratory work) – 40 points
- Final control (examination) – 60 points.