Vertical… A collaboration with ITKE


Syllabus

Design the structure of a 10 story building of a maximal 10x15m footprint, composed of clay walls and flax-fibre reinforced slabs. The outcome of the course is a set of 2 renders, an interior view and an exterior view. 

In the context of the Living Prototypes project, IAAC and ITKE have been collaborating and see a clear potential in the constructive assemblies of earth 3d printed walls and fibre reinforced slabs for architectural applications. IAAC will receive a team of 3 architects and students from Stuttgart who will run the workshop together with IAAC’s faculty.

The methodology, based on 3dPA’s performative design approach, will lead to the design conditions and to generating results. In a bottom up approach, we will start by drawing a domain – or bounding box -, as a grid, in which we will insert arrows for points of support, polylines for slabs, planes for 3d printed walls.

 

Learning Objectives

At course completion the student will:

  1. learn principles of performative design
  2. work with the integration of another materiality/constructive system
  3. model all the walls of a small vertical building
  4. learn to collaborate with a team of consultants

Image Credits: LivMatS Pavilion, icd / itke.


Faculty


Faculty Assistants


Projects from this course

Architecture of 3d Printing Earth: ITKE’s Fiber Slabs & Speculation

Nader Akoum 3D Printing Earth Architecture

Overview The last exercise of the Techne chapter is labeled ‘Architecture’ seeing the intersectionality of thematic from the previous workshops: structural understandings, detail, wall-design, performativity, and other architectural attributes. The requested 10m by 15m 10-storey clay building was expected to accompany ITKE’s flax-fiber reinforced slabs. This collaboration merged the knowledge of both methodologies in order … Read more