Recent trends in the architecture of public buildings and structures are aimed at innovation and sustainable development, driven by the needs of the environment and society. The design, which takes into account the challenges of the pandemic, includes improved ventilation, contactless technologies and adaptable layout to create safer spaces. Digital twin technology provides real-time monitoring and optimization of building systems, paving the way for a more ergonomic infrastructure. Mass-scale wooden construction represents an ecological, aesthetic and low-carbon alternative to traditional materials. Zero-energy buildings integrate renewable energy sources and efficient systems to balance energy consumption and production. 3D printing in construction allows you to quickly create prototypes and complex projects, expanding architectural possibilities. Green and blue infrastructure combines natural elements, storm water management and urban environment cooling. Together, these trends contribute to the creation of more advanced and adaptable public buildings, reducing environmental impacts and improving energy efficiency. The combination of these achievements leads to the creation of innovative combined architectural solutions that contribute to the creation of a healthier and more harmonious urban environment.

Keywords: public buildings, 3D printing in construction, additive manufacturing, sustainable architecture, energy conservation, energy efficiency, environmental friendliness, green architecture, eco-friendly design, zero-consumption buildings

The design and construction of industrial buildings in coastal areas requires careful consideration of functional processes, logistics efficiency and environmental dynamics. The article examines the relationship between operational requirements and spatial planning strategies, emphasizes the need for individual solutions to solve unique problems that arise in coastal zones. By combining workflow optimization, logistical considerations and safety measures, industrial enterprises can increase productivity, ensure sustainability and reduce risks in difficult environments, emphasizing the importance of integrated planning and strategic positioning for sustainable development.

Keywords: industrial buildings, coastal territories, design conditions on coastal territories, sustainable architecture, energy conservation, energy efficiency, environmental friendliness, green architecture, eco-friendly design, functional processes

From the preservation of historical character to the introduction of environmental practices and the promotion of cultural adaptation, these methods together rethink the sustainable evolution of industrial buildings, illustrating their global prevalence and profound impact on the creation of functional, culturally resonant and visually attractive public spaces.

Keywords: renovation of an industrial building, sustainable architecture, reconstruction, energy conservation, energy efficiency, environmental friendliness, green architecture, eco-friendly design, architectural and environmental renovation

Strengthening coastal industrial buildings during reconstruction is crucial in the field of sustainable development. This article discusses the key architectural methods of building improvement during renovation, including strengthening the foundation, improving the facade, installing shock-resistant windows and doors, structural modernization and the use of eco-friendly design. Renovation of coastal industrial buildings solves existing problems, mitigates coastal climatic hazards, and also increases the safety and sustainability of cities.

Keywords: renovation of an industrial building, sustainable architecture, reconstruction, coastal area, facade modernization, energy saving, energy efficiency, foundation modernization, improvement of the building structure, environmental friendliness, green roof,