TECHNICAL PROPOSAL BASED COST REDUCTION BIDDING SYSTEM FOR SUPPLYING AFFODABLE HOUSING

  • Seunghee Kang (Housing & Urban Research Inst., Korea National Housing Corporation) ;
  • Jeongseok Lee (Housing & Urban Research Inst., Korea National Housing Corporation) ;
  • Gunhee Cho (Housing & Urban Research Inst., Korea National Housing Corporation) ;
  • Jeongrak Sohn (Housing & Urban Research Inst., Korea National Housing Corporation) ;
  • Jongdae Bang (Housing & Urban Research Inst., Korea National Housing Corporation)
  • Published : 2009.05.27

Abstract

Best value is the ultimate goal of the owner and can thus have diverse meanings according to the project characteristic, owner's purpose, user groups' payment capability, etc.. Recently, resettlement problems of the marginalized members in the urban regeneration area have been issued in Korea because they have no capability to purchase (or lease) redeveloped housing (or apartment). It means that a minimized production cost for reducing supply price of housing is a key factor in establishing the best value of the marginalized members. The lowest-price bidding system serves the purpose of ensuring a minimized production cost, but due to the low-cost investments, it creates various problems, such as sloppy construction, lowered quality, an increased LCC, and worsening profitability for builders. Thus, to help them resettle, it is necessary to supply affordable housing geared towards a certain appropriate quality and minimum construction costs. Towards this end, this study aimed to propose a cost reduction bidding system based on a technical proposal. The proposed technical-proposal-based cost reduction bidding system consists of the following components: work-unit-based, project-unit-based, and construction-period-reducing technical proposals. These components are evaluated to select the best bidder for a given project. The technical proposal based cost reduction bidding system proposed herein is expected to provide facilities with appropriate supply prices and appropriate quality levels, to bolster the technological competitiveness of builders.

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Acknowledgement

This research supported by a grant(07 Urban Renaissance A02) from High-Tech Urban Development Program funded by the Ministry of Construction & Transportation of Korean Government.