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This paper analyzes such concepts as ‘integrated property development’ and ‘sustainable development’ and how they apply to urban territories. The authors hereof analyze the basic components of integrated and sustainable territorial development, which includes master planning, renewal of developed areas, and integrated territorial development. The paper structures the problematic urban areas and notes that each type of inefficiently utilized urban areas requires a specific transformation mechanism. It proves that applying integrated and sustainable development tools helps attract more investment, transform the fabric of the city, and improve the urban environment.

Under increasing competition for high-quality human resources crucial for contemporary civilization development, the requirements for the quality and comfort of living spaces undergo drastic changes. The purpose of this article is to give some ideas about the comprehensive approach principles for the formation of a viable urban environment. Based on the sustainable development theory, economic theory, as well as project and structural approaches, the authors propose a system of principles for the formation of a viable urban environment. Their novelty is in the consideration of the cyclic dynamics of urban development processes in management, facilities, and resources; the comprehensive use of the structural approach; the focus on the achievement of long-term benefits from the results of the transformation of the urban environment, etc. The use of the suggested comprehensive principles will help support a significant acceleration of urban development processes.

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This article considers the issue of identification of the key factors determining the composition and classification of housing in a large city. The results of the analysis conducted made the authors conclude that the structure and classification of housing are primarily determined by the level of housing availability for local residents; it depends on the city population count, the average cost of 1 sq.m. of residential housing, and the average income level. The authors developed a multifactor linear regression equation that explains the 98.3% correlation between the parameters mentioned and can be used to forecast housing market development in cities. Based on the performed analysis of the key parameters of residential buildings that are being built in Krasnoyarsk, the authors provided recommendations for apartment parameters to be used when designing apartment blocks.