Assessment of Lean Construction Practice at Selected Construction Sites in Klang Valley

  • Authors

    • Mohammed Elhaj Alsoufi Mohammed Ahmed
    • Leong Sing Wong
  • Lean construction, Strategic method, Questionnaire, Interview, Expert judgment
  • Lean construction is known to reduce costs, improve profit or increase competitiveness, increase business opportunity and customer base, improve health and safety, improve quality, yield higher employee salaries, shorten production timescales and increase customer satisfaction. With little attention on research of lean construction in Malaysia, it remains a problem of non-standardization in waste elimination strategies thereby sub optimizing waste management in Malaysian construction projects. The objective of this paper is to evaluate lean construction techniques and measure the feasibility in term of their applicability for construction at selected sites in Klang Valley, Malaysia. The study is novel and significant in a sense that it can help to develop reliable management strategies for implementing lean construction technologies at the construction sites. Case studies were carried out as a strategic method and comprehensive survey that covers both questionnaire and interview were adopted as a method of data collection. Likert scale 1 to 5 was used in the written questionnaire with workers in order to assess the level of awareness and acceptance on the need of lean construction techniques for eight construction sites in various places and with various categories (infrastructure and building construction projects) in Klang Valley, Malaysia. Later, semi structural interview was conducted with expert judgment to justify the factors which affect the implementation of lean construction at the construction sites. From the study outcome, it was discovered that both Total Quality Management (TQM) and Industrialized Building System (IBS) were rated by the respondents to be highly effective in both infrastructure and building construction projects.

  • References

    1. [1] Egan J (1998). Rethinking Construction the Report of the Construction Task Force. Crown, London.

      [2] Howell G, Ballard G (1995). Moving toward construction JIT. In: Proceedings of the third annual conference of the international group for lean construction 3, 28–30.

      [3] Koskela L, Rooke J, Bertelsen S, Henrich G (2007). The TFV theory of production: new developments. Anais IGLC-15 International Group for Lean Construction, Michigan.

      [4] Aziz RF, Hafez SM (2013). Applying lean thinking in construction and performance improvement. Alexandria Engineering Journal 52, 679–695.

      [5] Marhani MA, Jaaapar A, Bari NAA (2013). Zawawi M. Sustainability through Lean construction approach: A literature review. Procedia - Social and Behavioral Sciences 101, 90-99.

      [6] Wahi NO, Joseph C, Tawie R, Ikau R (2016). Critical review in construction waste control practices: Legislative and waste management perspective. Procedia. Social and Behavioural Sciences. 224, 276-283.

      [7] Li S, Wu X, Zhou Y, Liu XA (2017). Study on the evaluation of implementation level of lean construction in two Chinese ï¬rms. Renewable and Sustainable Energy Reviews 71, 846-851.

      [8] Fernandez-Solis JL, Porwal V, Lavy S, Shafaat A, Rybkowski ZK, Son K (2014). Survey of motivations, beneï¬ts, and implementation challenges of last planner system users. Journal of Construction Engineering Management 139, 354–60.

      [9] Alinaitwe HM (2009). Prioritizing lean construction barriers in Uganda's construction industry. Journal of Construction in Developing Countries 14, 15–30.

      [10] Barton RT (2000). Soft value management methodology for use in project initiation–a learning journey. Journal of Construction Research 2, 109–122.

      [11] Kelly J, Male S, Graham D (2004). Value Management of Construction Projects. Blackwell Science. Oxford.

      [12] Luo X, Shen QG, Fan S, Xue X (2016). A group decision support system for implementing value management methodology in construction briefing. International journal of project management 29, 1003-1017.

      [13] Nowotarski P, Pastawaski J, Matyja J (2016). Improving construction processes using lean management methodologies- cost case study. Procedia Engineering 16, 1037-1042.

      [14] Yu TW (2006). A Value Management Framework for Systematic Identification and Precise Representation of Client Requirements in the Briefing Process, Dissertation. The Hong Kong Polytechnic University, Hunghom, Kowloon, Hong Kong.

      [15] Dallas & Michael (2006). Value and Risk Management: A guide to best practice. Blackwell, London.

      [16] Weatherhead M, Owen K, Hall C, Green S (2005). Integrating value and risk in construction. CIRIA Publication, London.

      [17] CIDB Manual Guidelines (2017). Manual for Assessment of Industrializedized Building Systems. Kuala Lumpur CIDB. Construction Research Institute of Malaysia.

      [18] Demirkesen S, Ozorhon B (2017). Impact of integration management on construction project management performance. International. Journal of project management 35, 1639-1654.

      [19] Morris PWG (1994). The Management of Projects, Thomas Telford Ltd. ISBN: 0 7277 1693 X.

      [20] Gao S, Low SP (2014). The last planner system in China's construction industry: a SWOT analysis on implementation. International. Journal of Project Management 32, 1260–72.

      [21] Fewings P (2005). Construction Project Management, Taylor and Francis, 2006 ISBN 0-415-35906-6.

      [22] Project Management Institute (2011). A Guide to the Project Management Body of Knowledge (PMBOK Guide). Fifth edition, Philadelphia.

      [23] Koskenvesa A, Koskela LJ, Tolonen T, Sahlstedt (2010). Waste and labor productivity in production planning case ï¬nnish construction industry. In: Proceedings of the 18th annual conference of the international group for lean construction 477–486.

      [24] Kothari CR (2004), Research Methodology methods and techniques. New age international publishers. University of Rajasthn Jaipur india.

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  • How to Cite

    Ahmed, M. E. A. M., & Wong, L. S. (2018). Assessment of Lean Construction Practice at Selected Construction Sites in Klang Valley. International Journal of Engineering & Technology, 7(4.35), 125-130.