Parametric Auditorium Facade Iaac Blog As part of the first assignment, this exercise focused on understanding the various computational strategies for designing a facade. for this, two reference projects were selected and the complex layers of these facades were carefully analysed to decode the programming system. The objective of this exercise is to write the pseudo code for the selected parametric facade and create 3 different variations of the facade by following the steps in the pseudo code. create vertical lines from the points that have created while dividing the curve equal pieces. create the vertical and horizontal contours to make a surface.
Computational Design Iaac Blog Our design is inspired by the dynamic interplay of geometry, rhythm, and fluidity seen in the references. the façade’s undulating slats and reflective surface emphasize motion and light interaction, while the parametric sine wave patterns demonstrate how mathematical modulation creates organic forms. The objective of this assignment was to decode the logic for an existing parametric façade by setting up a step by step computational strategy. the 2016 serpentine pavilion, designed by big was the selected façade system to be decoded by a computational strategy. Parametric facades brief: the aim of this assignment is to choose an existing building with a parametric facade from anywhere in the world and recreate the facade on the rhino using grasshopper algorithms. This project explores the computational design of a parametric facade using grasshopper. the design features horizontally arrayed wooden panels, parametrically repeated across segmented floors. each panel extrudes outward at varying depths, creating dynamic curves that give the facade a fluid, organic aesthetic.
Parametric Facade Triangular Iaac Blog Parametric Architecture Parametric facades brief: the aim of this assignment is to choose an existing building with a parametric facade from anywhere in the world and recreate the facade on the rhino using grasshopper algorithms. This project explores the computational design of a parametric facade using grasshopper. the design features horizontally arrayed wooden panels, parametrically repeated across segmented floors. each panel extrudes outward at varying depths, creating dynamic curves that give the facade a fluid, organic aesthetic. An existing facade has been recreated using a series of logical steps to understand the computational system behind it. project: damiani holz & ko office, bressanone bz, italy. Learn computational design, parametric modeling, and ai driven architecture at iaac. master digital tools to innovate in architecture and urban design. This building facade uses a parametric design after an initial climatic analysis of the place, conducted in the early stages of the project to archive an annual summer and winter strategies for indoor and outdoor environments. Develop skills in decoding complex geometries into actionable features for architectural design using a data centric approach. learn techniques for optimizing architectural designs through generative design, geometry rationalization, and paneling systems for facade engineering.