PARAMETRIC & COMPLEX GEOMETRIES
• Introduction: Advanced digital design studying algorithm-driven, computational design workflows for organic and complex structural shapes.
Instructor Profile
Prerequisites
Description
• Topics Covered: Algorithmic logic; data trees; responsive facades; pattern generation; attractor points; solar-responsive design shapes.
• Course Objectives: Use computational rules to generate intricate, repeating, or complex mathematical exterior surfaces that react to data.
• Learning Outcomes: Write basic parametric logic scripts, generate complex panelized facade structures, and run automated shape optimizations.
• Tools & Materials: Computer workstation; Rhinoceros 3D; Grasshopper plugin.
Course Rules
• Course Rules: Script Document Requirement: Grasshopper scripts must be fully labeled, color-grouped by function, and organized into data streams. Broken or un-annotated script wires will not be evaluated by the jury.
Ready to Enroll?
Preserve your seat by filling in the application form, upload a sample of your artwork, or provide your Artstation account for revision. Kindly, Do Not pay unless you have a confirmation message from us that you are accepted in this course.