Digital Matter: Parametric Design Lab

Catalog description

This course explores the intersection of parametric design, computational thinking, and digital fabrication, equipping students with the tools and methodologies to conceptualize, create and make innovative designs. Students will delve into the principles of parametric design and computational theories and methods to craft adaptable, data-driven designs while critically evaluating digital design workflows. The course emphasizes the relationship between theory and practice, fostering a feedback loop where ideas shape design techniques, and techniques inspire new concepts. By focusing on the interplay of parameters, constraints, and material properties, students will transform abstract concepts into tangible objects that seamlessly integrate computational logic with physical expression. Through hands-on projects, students will work with Rhinoceros, a 3D modeling software, and Grasshopper, a visual programming platform, to approach design algorithmically and unlock its creative potential. They will navigate the process of transitioning between digital models and physical artifacts, refining their work through iterative experimentation. The course aims to cultivate fluency in parametric workflows, fabrication techniques, and computational design thinking, empowering students to address real-world design challenges, explore innovative artistic expressions, and push the boundaries of computation, technology, and design.