ALI3N is a colour-changing stool. It’s design is based on a custom-made Metaball script developed in Rhino/ Grasshopper. The prototypical stool was then 3D printed in 1:1 over the course of three days from a thermochromic filament, which allows the object to adjust its colour when exposed to changes in temperature.
Within the framework of the research project ‘Digital Hut’ and in cooperation with the Wismar University of Applied Sciences, responsive design studio presents a prototype of a digitally designed and fabricated minimalist housing unit- the ‘Digital Hat’. The prototype will be exhibited on the booth of the ‘Initiative Zukunft Bau’ under the leadership of the German Federal Institute for Building, Urban and Space Research. The project is supported by 3A Composites AG, the Hochschule Ostwestfalen-Lippe and Mack GmbH. The ‘Digital Hut will be shown from 16.1.-21.1. at the BAU (Trade fair munich) in hall B0, stand number 202. Read more
A collection of parametrically designed rings using Rhino3D and Grasshopper. The rings can be customized to finger size and personal design preferences, such as width, size, pattern and numerous other variables.
The designs are 3D printed in plastic or other materials, such as steel, and will soon be on sale at Shapeways.
Hans Sachs of responsive design studio was part of the team leading 2 Rhino-Grasshopper Workshops within the in&out experimental furniture course at the faculty of architecture at KIT, Karlsruhe Institute of Technology in June 2015. The resulting student works are now exhibited at the IMM 2016 in Cologne.
A weekend shape and material study utilizing honeycomb cardboard.
