MS Computational Technologies Architecture

Course Overview The Master of Science in Architecture, Computational Technologies (M.S.ACT) is a rigorous post-professional program that fuses advanced computational design with the physical application of robotics and innovative materials. This two-semester curriculum is structured around core studios and seminars, culminating in a full-scale prototype project that integrates digital and physical research. Students graduate with the expertise to lead and develop cutting-edge technologies within the fields of architecture and ecological design. Key Program Highlights Hands-on, project-based learning that integrates computational design, fabrication, and materials into full-scale prototypes. Advanced coursework in computational modeling, machine learning, AI, and big data processing for architectural applications. Cutting-edge exploration of robotic systems, including interactive responsive systems, digital fabrication, and physical computation. Research into innovative and sustainable materials, including biomaterials and responsive material systems. A focused, two-semester structure designed for deep, interdisciplinary expertise in emerging architectural technologies.