In the dynamic field of architecture, understanding the tectonics of structures is crucial for designing buildings that not only meet functional requirements but also demonstrate Innovation, Interdisciplinary Collaboration, Sustainability, Integration of Technology, and Resilience. In this ground, the contemporary architectural landscape is witnessing a paradigm shift towards structures that go beyond conventional norms. Architects are increasingly incorporating innovative and form-resistant structural systems to address challenges such as climate change, urbanization, and material efficiency. This course will expose students to emerging trends, preparing them to be at the forefront of transformative architectural practices.
This course aligns with the evolving needs of the architectural profession. By offering a focused exploration of innovative structural systems, the course will empower students to become forward-thinking architects capable of designing buildings that are not only aesthetically appealing but also sustainable, resilient, and technologically advanced. The inclusion of this course will contribute significantly to the comprehensive education and preparation of architecture students for the challenges of the 21st century.
This area elective course, "Tectonics of Form-Resistant Structures," aims to enrich the academic experience of architecture students by offering a specialized and focused exploration of the principles and applications of form-resistant structures, such as:
• Tectonics of Tensile Structures: containing Cables, Membranes, Suspended Glass Systems, Pneumatic Structures, and Negatively Curved Shells.
• Tectonics of Compression Structures: containing Steel and Reinforced Concrete Vaults and Domes, Geodesic Domes, Grid Shells, and Positively Curved Shells.
• Tectonics of Tension and Compression Structures: 2D Truss, 3D Truss and Space Frame.
• Tectonics of Folded Plates.
- Teacher: Kamiar YAZDANI