Abstract. The paper addresses the issue of finding sustainability of "green" innovative processes in interaction between construction activities and the environment. The problem of today's construction science is stated as comprehensive integration and automation of natural and artificial intellects within systems that ensure environmental safety of construction based on innovative sustainability of "green" technologies in the life environment, and "green" innovative products. The suggested solution to the problem should formalize sustainability models and methods for interpretation of optimization mathematical modeling problems respective to problems of environmental-based innovative process management, adapted to construction of "green" objects, "green" construction technologies, "green" innovative materials and structures.
The manual is focused on the formation of a General idea of modern construction science, its main achievements and problems. The typology of the main scientific directions, key and actual problems of construction science is offered, bases of methodology of their decision are considered. The presented systematic approach to the phenomenon of construction science is designed to provide the level of training necessary to solve the most complex professional problems.
Meets the requirements of the Federal state educational standards of higher education of the last generation.
For graduate students studying in the direction of training 08.04.01 "Construction", and graduate students.
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