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research_report_theun_karelse [2008-02-21 19:58] – theunkarelseresearch_report_theun_karelse [2008-02-21 19:59] – theunkarelse
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 This project was born out-off a conversation about designing clothes for extreme weather conditions. I expected to have a range of clothing items that would be suited to surviving specific meteorological threats. These would be either drawn or prototyped. These designs should be funny, so this implied they probably would be impracticable to some extent. To show the use of the inventions I imagined short stories and perhaps a collection of stories would be the end product. Another angle of creating a character would be to see how it can function as merchandise or how it can be weaved into the realities of FoAM. This project was born out-off a conversation about designing clothes for extreme weather conditions. I expected to have a range of clothing items that would be suited to surviving specific meteorological threats. These would be either drawn or prototyped. These designs should be funny, so this implied they probably would be impracticable to some extent. To show the use of the inventions I imagined short stories and perhaps a collection of stories would be the end product. Another angle of creating a character would be to see how it can function as merchandise or how it can be weaved into the realities of FoAM.
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 == Designing Tsunamipants, how it works. == == Designing Tsunamipants, how it works. ==
-The first step to design portable safety technology for natural disasters is to make a full list of these horrors. From this the first opportunities for design become apparent. This can be complemented by a list of controversial technologies (biofuels), activities (air-travel), objects (SUV-s)or places connected to climate change issues (holiday-resorts). By pairing disasters to items from the other lists inspiring combinations can be found. Making a collection of historic and current solutions in wearable safety systems, gives a greater scope of possibilities in this field. I also looked at protective systems used by animals, for instance the fat-layer used by sealions for insulation and food reserve. And I based Martin's design of the jelly suit on this. Another place to look for good ideas is comicbooks; the superstrenghts often mimic animal strategies.+The first step to design portable safety technology for natural disasters is to make a full list of these horrors. From this the first opportunities for design become apparent. This can be complemented by a list of controversial technologies (biofuels), activities (air-travel), objects (SUV-s) or places connected to climate change issues (holiday-resorts). By pairing disasters to items from the other lists inspiring combinations can be found. Making a collection of historic and current solutions in wearable safety systems, gives a greater scope of possibilities in this field. I also looked at protective systems used by animals, for instance the fat-layer used by sealions for insulation and food reserve. And I based Martin's design of the jelly suit on this. Another place to look for good ideas is comicbooks; the superstrenghts often mimic animal strategies.
  
 == Character development of Martin Brolin. == == Character development of Martin Brolin. ==
  • research_report_theun_karelse.txt
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