Master's degree in Computational Design and Fabrication, which takes about 1-2 years to complete, focuses on integrating digital technologies into design and production processes. Core courses include Computational Design Methods, Digital Fabrication Techniques, 3D Modeling and Printing, Parametric Design, Design for Additive Manufacturing, Material Behavior and Processing, and Design Robotics. The program blends theory and practice, preparing students to use computational tools and digital fabrication techniques in architecture, engineering, and product design. Students participate in projects, research, and internships at design studios or technology companies. Graduates may pursue professions in architectural design, industrial design, or digital manufacturing.
