Architectural design, as a key factor influencing the quality of human life, constantly demands innovation and adaptability to environmental and social changes. Architects aim to enhance the efficiency and functionality of projects by creating diverse and innovative designs that address multiple dimensions of design. The advent of advanced artificial intelligence (AI) systems has revolutionized this field, becoming an essential tool for architects. These systems facilitate the avoidance of repetitive designs while enabling the creation of innovative and highly effective solutions. This study examines several AI systems applicable to architectural design. Each system is analyzed through case studies, exploring its capabilities in various aspects of architectural design, including compliance with regulations and standards, principles of sustainability, project form and concept, and the use of materials compatible with the project’s climate. The research adopts a descriptive-analytical approach, utilizing scientific articles, library resources, and practical experience with different AI systems. The visuals presented in this research were generated using tools such as ChatGPT-4-o and Flux.Krea. Additionally, library research and field studies were supported by credible sources. The findings reveal the most suitable AI tools for studying and addressing each dimension of architectural design, detailing their functionality and application. This study provides innovative insights to assist architects in leveraging AI for creative and efficient design solutions.
