• Title/Summary/Keyword: Value Engineering(VE)

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A process for Reviewing the Applicability of VE Alternatives using BIM-based VR (BIM기반 VR을 활용한 VE 대안 적용가능성 검토 프로세스)

  • Ikhbayar, Khulug;Jin, Chengquan;Hyun, Chang-Taek;Lee, Sanghoon
    • Proceedings of the Korean Institute of Building Construction Conference
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    • 2021.05a
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    • pp.89-90
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    • 2021
  • VE is one of the technologies that are essential to promote cost reduction and performance improvement in construction projects. In the VE process, there are very important steps in deciding whether to adopt VE ideas and alternatives or not. However, when examining the possibility of selecting and adopting alternatives, it is difficult to clarify the differences and characteristics of the existing and improved proposals due to lack of understanding of the owner and inadequate consideration of harmonization with the alternative surroundings. In order to overcome these problems, it is necessary to effectively exchange information related to alternatives among VE participants and to examine the applicability of VE alternatives more in-depth. Therefore, in this study, a process for reviewing the applicability of VE Alternatives using BIM based VR was proposed to review more appropriate VE alternatives.

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BIM-Based VE Proposal Management Using Parametric Modeling (파라메트릭 모델링을 활용한 BIM기반 VE제안 관리 방안)

  • Kim, Dain;Choi, Jaehyun;Lee, Jin Gang
    • Proceedings of the Korean Institute of Building Construction Conference
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    • 2023.05a
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    • pp.163-164
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    • 2023
  • The technical proposal bidding system emphasizes the evaluation of the construction company's technical capabilities, with the aim of improving the quality and cost-effectiveness of the construction. However, in the VE analysis and proposal process for technical proposal bidding, the ideas are often reused from similar past construction projects, and the application of new construction technologies/methods is often lacking. Therefore, this study proposes a methodology for managing VE proposal information by integrating it into a BIM model using parametric modeling. This research developed database based on the existing VE proposals and new construction technology/method information from the Korea Institute of Civil Engineering and Building Technology. And by using parametric modeling, the proposed method integrate the VE database with BIM model. The methodology proposed in this study is expected to improve the reliability and effectiveness of VE-related idea proposals in technical proposal bidding.

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Case Study on the Improvement of Underground Building Works through the VE (VE 적용에 의한 지하 골조공사 개선연구)

  • Hong Jae-Wook;Kim Sun-Kuk;Lee Jong-Kook
    • Korean Journal of Construction Engineering and Management
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    • v.5 no.3 s.19
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    • pp.106-113
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    • 2004
  • Most construction project managers should focus on the reasonable cost-down with same quality and function-enhancement with same cost for the value-added construction project delivery in construction industry. Especially, a building structure construction is one of the most important processes to affect the total cost and schedule in building construction project. It means that the process has the possibility of project cost-down or quality-enhancement among the whole project life-cycle. This research focuses on the importance of underground structure of building project by increasing underground use ratio in the urban building construction projects nowadays. This research adopts VE method for the improvement of cost and time by process and analysis dimension modeling on the underground building structure construction, and verifies it throughout the case study, This research is the basic study on the improvement of underground building works through the value engineering method in construction industry.

A case study on the selection process of cutoff wall for ground-water using VE/LCC analysis (VE/LCC 기법을 활용한 차수공법 선정사례 연구)

  • Cho Yong-Wan;Chang Jun-Ho;Kim Jin-Man;Ha Jae-In
    • 기술발표회
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    • s.2006
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    • pp.279-291
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    • 2006
  • This study shows decision-making process for selection of cutoff wall on a wastewater treatment project. There are 10 different cut-off wall methods So, we examine the site to gather information for find appropriate methods. After using that information, 10 cutoff wall methods are reviewed for analysis. Through brainstorming, four alternatives are selected for design VE item. Following the standard VE process, we established performance criteria and evaluated function score(F) using questionnaire. The questionnaires, brainstorming and AHP method for weighting on performance criteria and evaluate function score increased the reliability of this selection process. Water Jet method, one of four methods, has the best function score(F=92.71) and the lease construction cost(as cost index 1,000). The value score also highest as 92.7, so we select the method. The result is value innovation type In addition, the authors try to calculate the environmental burden in selection process using LCA. We cannot conduct the full LCA as defined ISO, so perform Simple LCA In LCA result, the cut-off grouting has the least environmental burden as index 9.09E+01 and Water Jet method has following as the second. To selection best method to specific area and purpose, design VE/LCG process used as useful tool and it is needed to develop integrated method that evaluate VEILCC and LCA as one-set process.

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A Basic Study for Building VET/CM Leading Construction VE Process (VET/CM 주도형 시공VE 프로세스 구축을 위한 기초연구)

  • Song, Hyun-Jang;Cha, Yong-Woon;Lee, Hyun-Jong;Hyun, Chang-Taek
    • Proceedings of the Korean Institute of Building Construction Conference
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    • 2016.05a
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    • pp.233-234
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    • 2016
  • Design phase VE that is mandatory conducted in public construction project more than 10 billion won in accordance with the relevant laws and regulations has been activated in domestic application case of Value Engineering. But construction VE has been applied in specific project. Therefore, this study aims to deduce problems of poor performed construction VE through review of precedent researches and depth interviews of expert group. As one of the improvements this study suggest that a building plan which is VE process leading VET/CM.

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A Study on the Collaboration of the Function Analysis and Idea Creation Phase with Function Integration FAST(FI FAST) and Hierarchical Value Engineering Concept Modules(HVECM) (통합 기능계통도와 계층적 컨셉모듈을 활용한 기능분석단계와 창조단계의 연계성에 관한 고찰)

  • In, Chi-Sung;NamKung, In-Il;Hyun, Chang-Taek;Koo, Kyo-Jin
    • Proceedings of the Korean Institute Of Construction Engineering and Management
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    • 2006.11a
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    • pp.355-360
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    • 2006
  • Function analysis and idea creation phase in Value Engineering(VE) Process is applied to manufacturing Industry for developing functions for elements of products, and in construction come to use various components like process, size of project, spaces as well as function itself due to multi-functional aspect. For this reason, VE applications to the construction industry are considered to be less frequent and efficient than to the manufacturing. To resolve this problem, a new technique of Function Integration Fast(HI FAST) and Hierarchical Value Engineering Concept Modules(HVECM) was made for practical integration and sequence of VE job Plan. Two types of function would be defined In this method, first and second function, during the job Plan process, and two function champions be selected for next creation phase process. For verification of consecutiveness of function analysis and idea creation phase for successful VE project implementation, this methodology was tested under design phase in office and IT Multi-functional building project. Make sure the successful application of this process with this method, need to develop the talent of VE experts and team members for process of function analysis and creation phase.

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The Influence Analysis of Value Engineering for the Public Empoyer's Decision Marking - Focused on the Project Life Cycle - (공공발주자 의사결정에 미치는 가치공학(VE)의 영향력 분석 - 프로젝트 생애주기를 중심으로 -)

  • Park, Jongsoon;Chun, Jaeyoul
    • Korean Journal of Construction Engineering and Management
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    • v.16 no.2
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    • pp.12-20
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    • 2015
  • The public employers are faced the mounting importance of decision process to settle the optimum VE delivery system of such public facilities buildings and etc. The elements of decision process of the public employer are formed in the various relationships of the concerned and when the projects are coming into effect, the decision process in the VE delivery method and the selection of contractor will be the name of the game. The decision process in the VE delivery method and the selection of contractor are created a case to be one and the same as well as initiates a consistency for the performance. However, the function and role of the public employer are projective accordingly to the organization of employer and the employer especially no system is equal to the capability of perfect evaluation and verification of the ability of the employer. Especially the lowest bidder policy that started with justification to increase the competitiveness and technical capability of the contractors through the completion in between contractors has been providing the hotbed for insolvency, irregularity and irrationality as a result. From this point of view it is declared that the buildup the edifice of supporting system in the process of decision to recover the mutual trust and respect of the concerned in the VE delivery system with the technostress and the systematization based on drawing the elements which affect the decision process of public employer.

A Proposal of the Quality Models and Additive Value Degrees for the Effective Application in the Rural Houses Design Value Engineering (효율적인 농촌주택 개발을 위한 설계VE 품질모델 및 가중치 제안)

  • Min, Kyung-Seok
    • Journal of the Korean Institute of Rural Architecture
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    • v.7 no.2
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    • pp.1-8
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    • 2005
  • In a rural house, it is necessary to make a quality model that choose effective design value engineering. So more effective models, this study examine requests of a rural house project designers, constructors, and tenants. Checked items are classified into four groups that working area, dwelling area, constructive and environmental parts. Each groups are also divided into detailed items for basic decisional elements. When basis points sets 10, it can be divided that working area parts 3pts, dwelling area parts 2.5pts, constructive parts 3pts and environmental parts 1.5pts. In this results, we can make a proposal of evaluation on additive value quality model for a rural house in design value engineering.

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A Proposal of the Quality Models and Additive Value Degrees for the Barrier Free Design in the Rural Campus Design Value Engineering (지방대학 캠퍼스의 Barrier Free Design을 위한 설계VE 품질모델 및 가중치 제안)

  • Min, Kyung-Seok
    • Journal of the Korean Institute of Rural Architecture
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    • v.8 no.1
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    • pp.9-16
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    • 2006
  • In campus project, "Barrier Free Design" is the essential part for the handicapped. It is necessary to make a quality model that choose effective design value engineering objects. So more effective models, this study examine requests of the university students. Checked items are classified into four groups that movement, guidable, safety and territoria parts, and each groups are also divided into detailed items for basic decisional elements. When basis points sets 10, it can be divided that movement parts 2.93pts, guidable parts 2.31pts, safety parts 2.41pts and territoria parts 2.35pts. in this results, we can make additive value and quality model for barrier free design in campus design value engineering.

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