Nanomaterials and Nanostructured Systems in Architecture and Design: Functional and Sustainable Applications
Rasim Gurbanov 
Abstract. Nanotechnology has emerged as a transformative field that significantly influences contemporary architectural and design practices. By manipulating materials at the nanoscale, it is possible to create substances with unique physical, chemical, and mechanical properties that differ substantially from those of conventional materials. These properties enable materials to perform multiple functions, including enhanced mechanical strength, energy efficiency, self-cleaning capabilities, and antibacterial performance. Consequently, nanomaterials and nanostructured systems have become increasingly relevant to the development of sustainable and high-performance built environments. This study investigates the role of nanomaterials in architecture and design through a qualitative research approach that combines a literature review and conceptual analysis. The research examines how nanotechnology contributes to both functional performance and aesthetic potential across architectural and interior design contexts. Two representative case studies are analyzed: self-cleaning nanocoatings applied to building façades and antibacterial nanomaterials integrated into modular furniture systems for high-traffic interior environments. The findings demonstrate that nanomaterials serve as multifunctional design elements that bridge architecture, materials science, and product design. Future research should explore the long-term environmental impacts and scalability of nanomaterials in emerging smart building technologies.
Keywords: nanomaterials, nanostructured systems, architecture, interior design, sustainable design, smart materials