Abstract
This project will focus on using the pick & place operations to develop column geometries stacked out of timber elements. Below we present the development of a parametric system capable of integrating fabrication constraints and architectural goals. The aim was to create a natural geometry with a simple linear element, a catalog of multiple forms based on geometrical terms, the robotic limits, and the desired aesthetic. We produce variables of modules and types in order to fabricate the final module which can produce also architectural applications, such as a pavilion or shell structure.
Catalogue of Module A
Module B_Type I: one stick per layer
Week 1
Module B_Type II: two sticks per layer
Module B_ Based on two wood sticks in base
Week 2
Catalogue of Failures
Type III: three sticks per layer
Type IV: four sticks module
Module C_Type I, II, III: four sticks per layer
Week 3
Module D_Component A-D: three sticks per layer
Final Model
Week 4
New rules for a Furniture System
Rules of code
Possible columns
Difference with physic tools simulation
Week 6
Calculations
Efficiency of Column Components
Efficiency of Column Components
Efficiency of Column Components
Rules for Architectural Application
Module Analysis
