Difference between revisions of "Shared:Macro"

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__NOTOC__ __NOTITLE__
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<div>[[File:Banner2ArwinHidding.jpg | 800x100px]]</div>
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==Arwin Hidding==
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<div style="float:left; width: 120px; height 30px; border: 1px solid #aaa; margin-right:10px;" align="center">[[project01:Frontpage|'''Continues Exploration''']]</div>
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[[shared:Macro|'''Macro''']]
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[[shared:Micro|'''Micro''']]
 
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[[shared:Macro|'''Macro''']]
 
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----
 
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==Arwin Hidding==
 
  
Abstract
 
  
The goal of the design studio is to formulate a design proposal for a 7000 m2 pavilion
 
for the World Expo in 2025 in Rotterdam. The theme of the world expo is: where
 
ambition turns environmental challenges into economic opportunities. The building
 
industry is a large polluter, since manufacturing processes cause a lot of waste and
 
has a high energy consumption.
 
The paradigm shift from mass standardization to mass customization is made
 
possible by the third industrial revolution, namely the robotization of the
 
manufacturing industry. When the manufacturing processes in the building industry are
 
robotized this could reduce energy consumption, reduce waste, increase efficiency
 
and use less materials while allowing humans to specialize.
 
Robotic devices are already being used in the manufacturing industry, but they are
 
not being used to their full potential. The tasks they are most commonly given are
 
repetitive, because of limitations in the software and willingness/knowledge of
 
manufactures. The pavilion should showcase the development of the robotic devices that will allow
 
for mass customization in the building industry.
 
ROS industrial consortium is a developer of open source robotic software and apply
 
the software to the manufacturing industry. During the World Expo, the ROS
 
industrial consortium will exhibit the newest technologies and showcase the major
 
developments. After the World Expo the pavilion will be used as a research,
 
education and conference centre by ROS.
 
  
Research questions
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- In what way can the pavilion be shaped so the visitor will be stimulated to explore
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the pavilion and its exhibitions?
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- In what way can the paths to the pavilion and inside the pavilion be shaped to
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account for these people flows?
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- The inhabitants of the Noordereiland in Rotterdam appreciate the park space on the
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chosen site. In what way can the pavilion be placed to maintain or improve the
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qualities that are present on the site?
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<h1>Macro</h1>
 
<h1>Macro</h1>
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[[image:Slide 22-b simulation path first generation.png|800px]]
 
[[image:Slide 22-b simulation path first generation.png|800px]]
 
[[image:Slide 23 path the pavilion result.png|800px]]
 
[[image:Slide 23 path the pavilion result.png|800px]]
[[image:Slide 24 second generation paths.png|800px]]
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[[image:Slide 34 mapping paths to cell logic3 DONE1.jpg|800px]]
[[image:Slide 25 section.png|800px]]
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[[image:Slide 35 needs to be informed by DONE.jpg|800px]]
[[image:Slide 26 site plan.png|800px]]
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'''Parametric functions placement in Processing'''
[[image:Slide 27 floorplan beg grond.png|800px]]
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<youtube width="800" height="450" align="center">vemeBPbBrZY</youtube>
[[image:Slide 28 floorplan-2.png|800px]]
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<youtube width="800" height="450" align="center">GQqcAyV0e9I</youtube>
  
  
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[[image:Slide 25 section.png|800px]]
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[[image:Slide 26 site plan.png|400px]]
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[[image:Slide 27 floorplan beg grond.png|400px]]
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[[image:Slide 28 floorplan-2.png|400px]]
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[[image:Slide 28 floorplan2.jpg|400px]]
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[[image:Screenshot 2016-01-19 17.10.16.png|400px]]
  
 
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[[image:Reference DONE.jpg|800px]]
'''Parametric functions placement in Processing'''
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<youtube width="800" height="450" align="center">HfmEvWgCM-4</youtube>
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Latest revision as of 22:38, 14 December 2016


Banner2ArwinHidding.jpg

Arwin Hidding






Macro

Slide 8 site rotterdam scale DONE.jpg Slide 9 site scale DONE.jpg Slide 10 major traffic DONE.jpg Slide 11 major traffic connections DONE.jpg Slide 12 infrastructure existing DONE.jpg Slide 12 sound DONE version 2.jpg Slide 13 Requirements spaces DONE.jpg Slide 14 connectivity diagram DONE.jpg Slide 15 function placement research2 DONE.jpg Slide 16 Function placement processing.png Slide 17 result in grasshopper function placement.png Slide 18 ground floor.png Slide 19 first floor.png Slide 21 paths to pavilion scheme.jpg Slide 22 simulation path first generation.png Slide 22-b simulation path first generation.png Slide 23 path the pavilion result.png Slide 34 mapping paths to cell logic3 DONE1.jpg Slide 35 needs to be informed by DONE.jpg Parametric functions placement in Processing


Slide 25 section.png Slide 26 site plan.png Slide 27 floorplan beg grond.png Slide 28 floorplan-2.png Slide 28 floorplan2.jpg Screenshot 2016-01-19 17.10.16.png

Reference DONE.jpg