Implementation of Blockwork System in Malaysia
Abstract
Industrialised Building System or IBS is a method to accelerate the process of construction through prefabricated concept where each component will be built first in the component manufacturing plant. There are six categories of IBS introduced by CIDB and one of them is a system block work. The block system has several types of components under this category include the interlocking block-concrete masonry unit (CMU) and lightweight concrete blocks. Block work system introduced to replace the use of conventional bricks to accelerate the construction process and reduce construction costs. However, acceptance of the system to be less favorable than the use of conventional bricks. Statistics show there are only 31 manufacturer across Malaysia. Therefore, this study aims to identify the extent of implementation of the system of block work in Malaysia to contribute in the construction sector. This study used qualitative methods, namely through interviews and focus groups. The findings revealed that there are differences between the application methods IBS system block and conventional brick in terms of type of work performed, the number of working days and the cost of construction. Implementation of the system blocks are also influenced by three factors: the skills of workers, quality of components and component types in use. With a wide exposure is expected to expand the implementation of the system blocks in Malaysia.
Keywords: Industrialised Building System; block work system; brick; Construction Industry Development Board; Concrete Masonry Unit
References
[1] BNM (2016). Quarterly Buletin First Quarter 2016 : Development In The Malaysia Economic. Kuala Lumpur: Access on 20 Jun 2016 from http://www.bnm.gov.my/ files/publication/qb/2016/Q1/p3.pdf.
[2] Jabatan Statistik Negara (2016). Malaysia GDP From Construction. Access on 20 Jun 2016 from http://www.tradingeconomics.com/malaysia/gdp-from-construction.
[3] Thebusinessyear (2016). It’s all grow. Access on 20 Jun 2016 from https://www. thebusinessyear.com/malaysia-2016/its-all-grow/review.
[4] RMK-11 (2015). Rancangan Malaysia Kesebelas 2016-2020 Pertumbuhan Berpaksikan Rakyat. Putrajaya: Jabatan Perdana Menteri.
[5] Thanoon, W.A., Peng, L. W., Kadir, M. R. A., Jaafar, M. S., and Salit, M. S. (2003, September). The Experiences of Malaysia and other countries in industrialised building system. In Proceeding of International Conference on Industrialised Building Systems, Sep(pp. 10-11).
[6] CIDB (2016c). Pekeliling Kerajaan pada IBS. Access on 23 Jun 2016 from http://www.cidb.gov.my/cidbv4/index.php?option=com_content&view=article&id= 603&Itemid=608&lang=ms.
[7] CIDB (2016a). IBS Digest. Data jumlah pengeluar IBS : CIDB
[8] Ofori, G. (2003). Preparing Singapore’s construction industry for the knowledgebased economy: practices, procedures and performance. Construction Management & Economics, 21(2), 113-125.
[9] Lange, J.E., and Mills, D.Q. (Eds.). (1979). The Construction Industry: Balance Wheel of the Economy. Lexington Books, University of Michigan.
[10] Warszawski, A. (2003). Industrialized and Automated Building Systems: A Managerial Approach. Routledge.
[11] Shaari, S.N. (2003). Survey on the Usage of Industrialised Building Systems (IBS) in Malaysian Construction Industry. CIDB Malaysia Publ.
[12] Bakar, N.N.B.A. (2009). Kepentingan Teknologi Sistem Binaan Berindustri (IBS) dalam Mempertingkatkan Keberkesanan Projek Pembinaan. Unpublished Thesis PSM., Universiti Teknologi Malaysia.
[13] Kamar, K.A.M., Hamid, Z.I., and Ismail, Z. (2010). Modernising the Malaysian construction industry through the adoption of industrialised building system (IBS). In The Sixth International Conference on Multi-National Joint Ventures for Construction Works (pp. 1-14).
[14] Esa, H., and Nurudin, M.M. (1998). Policy on industrialised building system. In Colloquium on Industrialised Construction Systems, Kuala Lumpur
[15] CIDB (2003). Industrialised Building System Roadmap 2003-2010. Kuala lumpur : CIDB
[16] Bahari, F. A., Azman, M.N.A., Mohd Nawi, M. N., Ayub, A. R., and Habidin, N.F. (2017). Supply Chain Management: Manufacturing in Blockwork System. International Journal of Supply Chain Management, 6(2), 229-234.
[17] Inglis, C. and Downton, P. (2013). Brickwork and Blockwork. Access on 15 Julai 2016 from file:///D:/Users/MY{%}20USER/Documents/ibs/ YOURHOMEMaterialsBrickworkAndBlockwork.pdf.
[18] Isler, J.W. (2012). Assessment of concrete masonry units containing aggregate replacements of waste glass and rubber tire particles. University of Colorado at Denver.
[19] Malaysian Standard (2009). Guide To Modular Coordination In Buildings : Part8 : Coordinating Sizes And Preferred Sizes For Mansory Brick And Block. Kuala Lumpur : Department Of Standards Malaysia.
[20] Nasly, M.A., Yassin, A.A.M., Nordin, N., Abdullah, K., and Ramli, N.I. (2011). Sustainable Housing Using An Innovative Mortarless Interlocking Blockwork System–The Effect of Palm Oil Fly Ash (Pofa) as an Aggregate Replacement. Sustainable Building and Infrastructure Systems: Our Future Today, 73-81.
[21] CIDB (2016b). Modul M01 Pengenalan sistem bangunan berindustri IBS. Kuala Lumpur : CIDB.
[22] Fawcett, R., Allison, K., and Corner, D. (2005). Using Modern Methods of Construction to build homes more quickly and efficiently. National Audit Office.
[23] CIDB (2008). IBS Digest. Pembinaan IBS Ringan IBS : CIDB
[24] Herkommer, F., and Bley, B. (1996). CAD/CAM for the Prefabrication of Brickwork. Automation in Construction, 4(4), 321-329.