The Relationship Between Architectural Creativity and Digital Technology in University Education Prepared by: Assist. Lect. Hussein Maad Abdul Kadhim University education in architectural engineering is experiencing rapid development due to advances in digital technology, which have become essential tools for supporting architectural creativity and improving teaching and design methods. These advancements have transformed architectural education by introducing interactive learning environments that enable students to explore design concepts and transform them into digital models that can be developed, evaluated, and refined. The relationship between architectural creativity and digital technology is complementary. Modern technologies provide architects and students with extensive opportunities to experiment with different design solutions, explore complex geometric forms, and analyze architectural spaces before actual construction. Computer-aided design (CAD) software and three-dimensional modeling tools also enable students to represent architectural ideas with greater accuracy and clarity, encouraging innovation and continuous design development. In university education, digital technology plays a significant role in developing the creative and analytical skills of architecture students. Applications such as digital design software, virtual reality (VR), augmented reality (AR), and Building Information Modeling (BIM) provide advanced learning opportunities. These technologies allow students to visualize architectural projects more realistically, understand the relationship between design, function, and the surrounding environment, and improve their communication, collaboration, and idea-sharing skills. Furthermore, digital learning platforms have expanded opportunities for interaction between students and academic staff while providing access to diverse educational resources and international architectural experiences. Digital modeling and computer-based simulations can also be used to analyze natural lighting, ventilation, energy consumption, and material selection. These applications support the development of sustainable architectural designs that respond to environmental challenges and human needs. Despite the numerous advantages of these technologies, their integration into architectural education requires a balance between digital proficiency and intellectual and creative abilities. Regardless of its capabilities, technology should support architectural thinking rather than replace human imagination, aesthetic judgment, and a comprehensive understanding of users’ needs. Excessive dependence on digital tools without developing fundamental design skills may also limit students’ ability to produce original and innovative solutions. Therefore, universities must continuously develop their architectural curricula to respond to digital transformation. This can be achieved by integrating modern technologies into theoretical and practical courses, encouraging research-based and experimental design projects, and establishing learning environments that promote critical thinking and problem-solving. In addition, academic staff should receive appropriate training to ensure the effective integration of digital technologies into the educational process. In conclusion, the relationship between architectural creativity and digital technology represents a fundamental aspect of advancing university education in architectural engineering. Integrating creative thinking with modern technological tools helps prepare future architects who can innovate, adapt to contemporary challenges, and develop design solutions that combine aesthetics, functionality, and sustainability. Digital technology thus becomes an active partner in creating a more advanced architectural learning experience that meets the demands of the future.