Urban Design and Planning with Home Automation Engineering and Sustainable Architecture for Residential Spaces in Smart Cities

Abstract

The design of smart spaces with home automation engineering and sustainable architecture is presented as a transformative model that integrates electronic resources, innovative technological tools, and comfort, implemented in residences as a strategy for sustainable development in smart cities. Electronic resources, physical infrastructure, and digital applications were analyzed, systematizing descriptive tables to classify and present optimal alternatives. The planned space design received support from software applications, architectural design, prototype modeling, and home automation functionalities for housing projects with urban planning, sustainability, and comfort. Unplanned urbanization has triggered environmental, social, and economic issues. The results included a modeled design for livable spaces with innovative technological resources, home automation engineering, and sustainable architecture directed towards safety, energy savings, and intelligent comfort in homes as a sustainable development strategy. An analysis of innovative technological resources for smart space designs was conducted, classifying functionalities to implement feasible projects with sustainability strategies in habitable infrastructures. The proposed modeling of intelligent physical infrastructures opens possibilities contributing to sustainability, counteracting environmental issues, and providing alternatives for habitable spaces, driving regional development through technological innovation. The automated prototype design for residences allowed the identification and classification of optimal resources to adapt the model with a vision of sustainability and feasibility. An environmentally-focused project promotes sustainability, fostering significant actions with feasible proposals for infrastructures supporting the achievement of Sustainable Development Goals.