Analysis of the role and importance of architectural system manufacturability as a means to expand the architectural composition techniques and capabilities

Introduction. The research is based on the scientific hypothesis about the importance of the role and property of the manufacturability for creating efficient architectural systems. The subject of this research are the specifics of the manufacturability interaction with the main composition components (functional, constructive, design-aesthetic) of architectural images, analyzed at some stages of historical and technological development. The relevance of this research is related to the assessment of the prospects of the manufacturability impact on the development of the fields connected with the use of innovative techniques in architectural activity. Materials and methods. System analysis methods designed to analyze the specifics of the interaction between architectural images’ composition components. The theoretical analysis of the manufacturability influence on an integral composition system properties includes: methods for analyzing the process of composition solutions development, a research hypothesis development, analyzing and summarizing research results, and drawing conclusions. Results. As a result of the research, the specifics of the interaction between the main structural components in the composition (compositional solution) of architectural images were studied. The system analysis capabilities are shown with regard to identifying the relations between system elements (components) and establishing their impact on the system (composition) as a whole. The conceptual framework of the categories, the structure, and the architectural composition are given. The purpose of composition, as a traditional creative tool, which is used to create material culture objects and spatial filling of architectural images, is confirmed. The characteristics of the main methods and techniques of the formation of volumetric-spatial structure, as the main factor of ensuring functional capacity and architectural object form, are considered. The manufacturability component is determined, and the specifics of the interaction between the main compositional solutions components of spatial environment objects are given. It is noted, that the use of perspective manufacturability techniques contributes to expanding the volumetric-spatial composition capabilities (techniques and means). Conclusions. In the research, the role and purpose and of the main composition components, which need to be rationally supplemented by the manufacturability properties to expand the capabilities (means and techniques) for creating efficient architectural systems were examined.