The MaCAD is a unique online programme training a new generation of architects, engineers and designers ready to develop skills into the latest softwares, computational tools, BIM technologies and AI towards innovation for the Architecture, Engineering and Construction (AEC) industry.
The Structural Optimization seminar course is intended for exploration of structural design and experimentation is highly encouraged. Basics of scripting in C# and python will be shown to enhance workflows.
view Syllabus & Faculty
Project Overview This structural analysis and optimization focuses on a studio project designed as an office and industrial hybrid typology housing creative industries, such as architecture studios and robotics fabrication labs. The building is generated through an aggregation process, resulting in variable building heights that generally fall within high-rise parameters. The structural system consists of … Read more
Urban landscapes are constantly evolving, with existing buildings often requiring new functions, sustainable upgrades, and modern aesthetics. In the IAAC’s course on structural optimization, our studio project, “Parasite,” embodies this transformative approach by exploring the potential of hybrid construction methods and adaptive reuse. Our goal was to breathe new life into existing reinforced concrete structures … Read more
Our generative building is a mixed-use typology with height ranging from 4 to 12 stories. The primary design focus is to create a transformable and adaptable structure that can respond seamlessly to changing functional needs. To achieve this, the building incorporates lightweight, recyclable, and circular materials, paired with modular connection elements that allow for easy … Read more
Architectural Concept Development Optimization of the Structural Elements with Galapagos An optimization is performed in Galapagos with Karamba3D to minimize the maximum displacement of the structure. The parameters being optimized include the steel truss cross-section, defined by its diameter and wall thickness, the truss height, and the slab thickness. Life Cycle Assessment of the building
