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DfMA Experience Sharing From Design to Install · Redesign the Building by DfMA • Preserve the...

Date post: 01-Aug-2020
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DfMA Experience Sharing – From Design to Install 1
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Page 1: DfMA Experience Sharing From Design to Install · Redesign the Building by DfMA • Preserve the trees • Increase buildable floor area • Optimize rooms layout for user • Optimize

DfMA Experience Sharing – From Design to Install

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Page 2: DfMA Experience Sharing From Design to Install · Redesign the Building by DfMA • Preserve the trees • Increase buildable floor area • Optimize rooms layout for user • Optimize

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Original Design

Page 3: DfMA Experience Sharing From Design to Install · Redesign the Building by DfMA • Preserve the trees • Increase buildable floor area • Optimize rooms layout for user • Optimize

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Site Condition

Page 4: DfMA Experience Sharing From Design to Install · Redesign the Building by DfMA • Preserve the trees • Increase buildable floor area • Optimize rooms layout for user • Optimize

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A Lot of Trees

Site Condition

Page 5: DfMA Experience Sharing From Design to Install · Redesign the Building by DfMA • Preserve the trees • Increase buildable floor area • Optimize rooms layout for user • Optimize

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DfMA Opportunity General Constraints• Money• Time• Space• Fulfill User Requirements• Statutory Approvals• Site Safety

Specific Problems• Inaccessible Site• Unbuildable Layout• Limitation of Ground Bearing

Page 6: DfMA Experience Sharing From Design to Install · Redesign the Building by DfMA • Preserve the trees • Increase buildable floor area • Optimize rooms layout for user • Optimize

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Redesign the Building by DfMA• Preserve the trees• Increase buildable floor area• Optimize rooms layout for user• Optimize building geometry for precast construction• Shorten time to completion• Reduce labour intensity

Page 7: DfMA Experience Sharing From Design to Install · Redesign the Building by DfMA • Preserve the trees • Increase buildable floor area • Optimize rooms layout for user • Optimize

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Redesign the Building by DfMA• Preserve the trees• Increase buildable floor area• Optimize rooms layout for user• Optimize building geometry for precast construction• Shorten time to completion• Reduce labour intensity

Page 8: DfMA Experience Sharing From Design to Install · Redesign the Building by DfMA • Preserve the trees • Increase buildable floor area • Optimize rooms layout for user • Optimize

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Design for Manufacturing by Flat-Packing

Page 9: DfMA Experience Sharing From Design to Install · Redesign the Building by DfMA • Preserve the trees • Increase buildable floor area • Optimize rooms layout for user • Optimize

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Design for Manufacturing by Flat-Packing

Page 10: DfMA Experience Sharing From Design to Install · Redesign the Building by DfMA • Preserve the trees • Increase buildable floor area • Optimize rooms layout for user • Optimize

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Design for Assembly of MatrixDeck System• Number of Unit per floor – 15 pieces• Maximum Unit Weight – 3.5 Ton• Maximum Unit Dimension – 2.5m x 8.8m x 60mm• Improve productivity on site• Simplify workflow• Beamless ceiling

Page 11: DfMA Experience Sharing From Design to Install · Redesign the Building by DfMA • Preserve the trees • Increase buildable floor area • Optimize rooms layout for user • Optimize

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Design for Assembly of MatrixDeck System• Number of Unit per floor – 15 pieces• Maximum Unit Weight – 3.5 Ton• Maximum Unit Dimension – 2.5m x 8.8m x 60mm• Improve productivity on site• Simplify workflow• Beamless ceiling

Page 12: DfMA Experience Sharing From Design to Install · Redesign the Building by DfMA • Preserve the trees • Increase buildable floor area • Optimize rooms layout for user • Optimize

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Design for Assembly of MatrixDeck System• Number of Unit per floor – 15 pieces• Maximum Unit Weight – 3.5 Ton• Maximum Unit Dimension – 2.5m x 8.8m x 60mm• Improve productivity on site• Simplify workflow• Beamless ceiling

Page 13: DfMA Experience Sharing From Design to Install · Redesign the Building by DfMA • Preserve the trees • Increase buildable floor area • Optimize rooms layout for user • Optimize

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DfMA Construction driven by BIM

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DfMA Construction driven by BIM

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Page 16: DfMA Experience Sharing From Design to Install · Redesign the Building by DfMA • Preserve the trees • Increase buildable floor area • Optimize rooms layout for user • Optimize

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ADVANCED CONSTRUCTION TECHNOLOGIES (ACT)PRE-APPROVED LIST ITEM CODE OF MATRIXDECK SYSTEM : PA18-037

Page 17: DfMA Experience Sharing From Design to Install · Redesign the Building by DfMA • Preserve the trees • Increase buildable floor area • Optimize rooms layout for user • Optimize

Unit 113, 1/F., IC Development Centre, No.6 Science Park West Avenue,Hong Kong Science Park, Shatin, N.T.

General (+852) 3955 0891

[email protected] The End – Thank You


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