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Warm Winterized Steel Frame ShelterPakistan case
Parallel Prototyping
Department Architecture Building & Planning
Chair: Product Development
Shelter Research Group
OF 6Department ABP – Chair Product Development PAGE 221-04-23
TU/e Shelter Research Group
• Shelter Research Group
• Peter Erkelens • [email protected]
• Eelko Brouwer• [email protected]
• Mark Cox• [email protected]
• Tim de Haas• [email protected]
• Vince Limpens• [email protected]
• Mi-Sue Akkerman• [email protected]
OF 6Department ABP – Chair Product Development PAGE 321-04-23
Background Pakistan Case
• Assignment of the Dutch Red Cross: • Steel frame winterized
solution for IDPs in Pakistan
• Start: Mid-July 2009• End: October 2009
First Pakistan prototype
OF 6Department ABP – Chair Product Development PAGE 421-04-23
Method – Parallel Prototyping
• Pakistan• Upgraded tent• Experience based design
• TU/e• Storm proof dwelling• Evidence based design
OF 6Department ABP – Chair Product Development PAGE 521-04-23
Evaluation & Products
• Pakistan Shelter• Light structure 80 kg• Welding • Transport• Voluminous package• Upgraded tent
• TU/e Shelter• Heavy structure 400 kg• Plates, bolts and nuts • Wind & snow load resistant• Small package• Building
OF 6Department ABP – Chair Product Development PAGE 621-04-23
Evaluation & Process
• Positive points• Transfer of knowledge through Parallel Prototyping process
• General idea of the steel frame
• Cooperation between university and NGO
• First steps of sharing knowledge
• Points of improvement• Intercultural communication problematic
• Clarity on the nature of the assignment
• Clarity of the points of departure and general objectives
• Clarity on the final product
• Demand of access to all information available
OF 6Department ABP – Chair Product Development PAGE 721-04-23
Recommendations – Shadow of the future
• Shelter Design Method (SDM)• Guideline into shelter design of:
− Materials− Geometry− Possible solutions − Etc. as a result of:
− availability of materials; − climate; − culture; − Politics;− Etc.
• (Description of SDM)• 1 Global design requirements• 2 Conversion of local data into design requirements• 3 Calculations, Analysis, Design & Prototyping