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Khalfan M M A, Anumba C J

Implementation of concurrent engineering in construction - readiness assessment

Abstract: "There is growing interest in the adoption of Concurrent Engineering (CE) in the Construction Industry. CE has the potential to make construction projects less fragmented, improve project quality, reduce project duration and reduce total project cost. Also, the urgent need to improve the performance of construction can be achieved during the design process by concurrently considering key aspects of the construction project’s downstream phases. It is evident that by adopting CE, the software and manufacturing industries have significantly improved their business processes. While Concurrent engineering (CE) is gaining acceptance, some implementation efforts have not realised their full potential for reducing costs, reducing time, and increasing efficiency, effectiveness and performance for product development efforts. This is due in part to weak planning to support the implementation. One method that has been used successfully to improve CE implementation planning is to conduct an organisation readiness assessment prior to the introduction of CE. This helps to investigate the extent to which the organisation is ready to adopt Concurrent Engineering. Therefore, in order to facilitate the adoption of the CE concept in construction, it is necessary to assess the extent to which firms in the construction industry are ready for the adoption of CE. This can be done by carrying out Readiness Assessment for any construction organisation before the adoption of CE. Readiness assessment tools and models have been developed and used in other industries such as the manufacturing and software engineering industries. This paper discusses Concurrent Engineering and its application to construction. It includes a comparative review of existing readiness assessment tools and models that have been successfully used in the manufacturing and IT sectors. It argues that readiness assessment of the construction supply chain is a necessity for the implementation of CE in construction and assesses the applicability of existing tools and models to the construction industry. A new readiness assessment model for the construction industry called “CERAMConstruct” is presented, with details of the development of the model and its associated questionnaire, assessment methodology, and case studies. The paper concludes that the CERAMConstruct model offers useful benefits in the implementation of CE in construction. Aspects of further work to be done are also outlined."



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Series: w78:2000 (browse)
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Class: class.economic (0.012585) class.strategies (0.009727) class.commerce (0.008958)
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Permission to reproduce these documents have been graciously provided by Icelandic Building Research Institute. The assistance of the editor, Mr. Gudni Gudnason, is gratefully appreciated

M Khalfan, T Maqsood, C Egbu, M A Noor

Supply Chain Capital in Construction Industry: A Conceptual Model

Abstract: Supply chain management is one of the concepts adopted from other industries and being translated to suit the construction industry in order to bring improvements within the industry. The recent emphasis is on the integration of the whole supply chain because of the fragmented nature of the industry, and the large number of participants involved in a project development process. One of the aspects to achieve integration is by managing both tacit and explicit knowledge existed within a project supply chain through IT systems and social interaction. The main purpose of this paper is to develop a conceptual model, that provides a link between construction organisations and their learning activities as part of a supply chain of a project, resulting in creation of a learning organisation and a learning supply chain. The model shows that the learning supply chains, consist of learning organisations which would create supply chain capital in order to promote innovation and creativity by managing knowledge in supply chains on long term basis. In addition, the learning organisations would also establish a virtual knowledge transfer among themselves and the supply chains they are involved. The paper also suggests that, as unit of competition changes from organisation verses organisation to chain verses chain under supply chain management, supply chain capital will become increasingly important for sustaining competition within construction industry. Therefore, supply chain capitals are to be created through managing knowledge in supply chains on long term basis using the proposed conceptual model. The model also facilitates innovation and creativity essentially required to thrive in the downturn business environment of today in many countries in different parts of the world.

Keywords: Supply Chain Capital, Supply Chain Integration, Knowledge Management, Construction Industry


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Series: w78:2011 (browse)
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