The work of the conference was organized in online and offline formats in four sections: industrial and civil construction; design and construction of special and unique structures; urban planning, design of urban infrastructure facilities; technosphere safety.

The program committee selected 87 reports for participation in the conference. Employees, graduate students and students of universities, scientific organizations and industrial enterprises from 28 cities of Russia, as well as three foreign countries - Germany, Tajikistan, Kazakhstan, made presentations at the conference. Among them are representatives of SRSPU (NPI). The communication between colleagues turned out to be fruitful and intense, and the participation of Novocherkassk Polytechnics in the conference allowed our scientists to discuss with colleagues the results achieved in the implementation of two grants from the Russian Science Foundation and one grant from the Ministry of Education. and sciences at SRSPU (NPI).

The Department of General Chemistry and Technology of Silicates of our University was represented by the Head, Doctor of Technical Sciences, Professor Elena Alfredovna Yatsenko, Associate Professor, Ph.D. Smoliy Victoria Alexandrovna; Associate Professor, Ph.D., Ryabova Anna Vladimirovna, Associate Professor, Ph.D., Klimova Lyudmila Vasilievna. Also, the conference was attended by Associate Professor of the Department of General Engineering Disciplines, Ph.D., Vilbitskaya Natalia Anatolyevna, Professor of the Department of Urban Planning, Design of Buildings and Structures, Ph.D. Buzalo Nina Aleksandrovna, Postgraduate Student of the Department of General Chemistry and Technology of Silicates Valeria Romanyuk.

The Polytechnics presented to their colleagues the results of research on projects supported by the Russian Science Foundation: “Effective temperature-curing ecogeopolymers for road construction in the Arctic zone of the Russian Federation based on solid fuel combustion waste at local thermal power plants”, “Development of an effective technology for the synthesis of aluminosilicate proppants using oil and gas drilling waste wells of the Southern Federal District, as well as within the framework of a project supported by the Ministry of Science and Higher Education - "Carbon-neutral technologies for processing large-tonnage fuel and energy waste to obtain functional geopolymer materials."