Master in Parametric Design in Architecture
Study program name
Master in Parametric Design in Architecture
Schools
UPC School
City
Barcelona
Duration
One academic year
credits
60
Description
The Master in Parametric Design in Architecture (MPDA) of UPC School, is an international program designed to train architects specialized in computational design and digital fabrication. The master’s degree equips students with competencies in advanced parametric tools, optimization of construction systems, BIM integration, performance-oriented design and sustainability, preparing them to become builders of efficient and innovative architectural systems.
This program responds to the technological transformation of contemporary architecture. The master’s seeks to teach and explore technological efficiency through integration of computational tools and digital fabrication technology in construction systems and architectural design. It focuses on design and optimization of lightweight construction systems primarily through form-finding processes including tensile architecture, integration with professional workflows and industry standards while maintaining space for experimentation and industry-oriented research, and generation of efficient forms by efficient means guiding computational thinking for simplification and material efficiency. The architectural project is a complex process where knowledge management must be linked to design operationally. Parameters are all information categories affecting decision-making. Parametric architecture goes beyond geometry and form to design a system including all variables involved. Modern software tools and programming frameworks such as Grasshopper and Python transform the design process converting architects into system builders.
The master’s offers a comprehensive approach to advanced architectural creation oriented to building efficiency and environmental commitment. First semester includes practical digital workshops in parametric software, geometry and numerical control machines. Second semester explores real applications through performance-oriented design creating interaction between parametric design, BIM, urban design, planning, construction, structures, installations and climate for more efficient and sustainable results. It is taught at ETSAV with model workshop, digital laboratory and Computational Design Affairs (CODA) research team.
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