Papers by SHA'RI BIN MOHD YUSOF UTM RAZAK SCHOO
The trend of customer today in many industries is in customized products. The implication to this... more The trend of customer today in many industries is in customized products. The implication to this is in the production floor especially in the assembly plant, where the flow of materials must be managed to ensure that every machine or workstations are supplied with complete materials and volume (quantity), in the right time, so that throughput can be achieved as scheduled. This study is being conducted in a hospital bed industry which uses a special workbench to assemble the beds. This paper attempt is made to model the production scheduling and control system to manage the work in process from the single workbench to complete one type of product. The main objective of the control is to manage WIP buffer in every stage of production so that it is available completely in the right time and able to achieve lean level of inventory buffer. Scheduling of material feeding implement “ Day minus1” method and controled use conventional control theory. The day minus 1 is the production scenar...
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Applied Mechanics and Materials, 2014
The success of practices with quality approaches are generally linked with certain key factors. T... more The success of practices with quality approaches are generally linked with certain key factors. Therefore, the purpose of the paper is to identify and analyze the factors that to be important in sustaining quality practices. The key factors were primarily identified and adapted through an extensive literature review followed by quality expert assessment. A survey questionnaire was then launched in matching identified factors with industry practices. The senior quality managers representing the each organization in the UAE made the unit of analysis of the study. Based on survey, eight factors have been identified as critical to quality practices. The developed critical factors should serve as a guide to those organizations in the region to sustain quality practices in their ongoing quest towards higher quality levels.
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... Adam, JEE, Corbett, LM, Flores, BE, Harrison, NJ, Lee, TS, Rho, BH, Ribera, J., Samson, D., a... more ... Adam, JEE, Corbett, LM, Flores, BE, Harrison, NJ, Lee, TS, Rho, BH, Ribera, J., Samson, D., and Westbrook, R. (1997) An international study of quality improvement approach and firm performance, International Journal of Operations and Production Management, 17, pp. ...
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Total Quality Management & Business Excellence, 2006
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This study is being conducted in a hospital bed industry which uses a special workbench to assemb... more This study is being conducted in a hospital bed industry which uses a special workbench to assemble the beds. This papers outlines the efforts taken to setup manufacturing information system which is use mode D min 1 WIP buffer production scenario. The main objective of the study is to design production planning simulation tool to implements mode D min 1 WIP buffer production scenario and manufacturing control dashboard as feed back of the manufacturing control system. The study conducted to a company which is implemented ERP SAP R/3 enterprise with the module used are FI, CO, SD, PP and MM. The ERP SAP system only effective on the company level but in the production floor does not. The production floor consist of multistage of production, the SAP system cannot reach information of production floor in every production stage. Every production stage has their own system to make production schedule and activity run. Not one system integrated production information for each of stage pro...
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Total Quality Management & Business Excellence
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PurposeThe purpose of this paper is to present a conceptual framework for benchmarking implementa... more PurposeThe purpose of this paper is to present a conceptual framework for benchmarking implementation in small medium‐sized enterprises (SMEs) taking into consideration their characteristics.Design/methodology/approachThe paper begins with the review on the definition of SME and a comparison of the characteristics of SMEs and large organizations. It presents the need for a framework and its relationship with benchmarking and TQM. This is followed by reviewing the benchmarking implementation frameworks proposed by researchers and discusses these frameworks based on their strengths and weaknesses from SMEs perspective. The frameworks were categorised into two broad types based on the different writer's background and the approach on how they view the benchmarking implementation process.FindingsThe paper suggested a conceptual framework for benchmarking implementation dedicated to the automotive manufacturing SMEs. This framework guides them through from the start to end of the benchmarking process. The framework was validated at six pilot case study companies, which gave useful comments and suggestions regarding the usefulness and applicability within the SMEs context.Research limitations/implicationsThe conceptual framework is still in the development stage and research is undertaken to include the pilot study companies suggestions and comments into the final version of the framework.Practical implicationsThis guidance and framework provides a useful guide for companies to adopt and adapt before embarking on their benchmarking journey.Originality/valueThis paper fulfils an identified knowledge gap and offers practical help to SMEs starting out a benchmarking implementation effort.
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Applied Mechanics and Materials, 2014
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Conference Presentations by SHA'RI BIN MOHD YUSOF UTM RAZAK SCHOO
The trend of customer today in many industries is in customized products. The implication to this... more The trend of customer today in many industries is in customized products. The implication to this is in the production floor especially in the assembly plant, where the flow of materials must be managed to ensure that every machine or workstations are supplied with complete materials and volume (quantity), in the right time, so that throughput can be achieved as scheduled. This study is being conducted in a hospital bed industry which uses a special workbench to assemble the beds. This paper attempt is made to model the production schedulling and control system to manage the work in process from the single workbench to complete one type of product. The main objective of the control is to manage WIP buffer in every stage of production so that it is available completely in the right time and able to achieve lean level of inventory buffer. Schedulling of material feeding implement " Day minus1 " method and controled use conventional control theory. The day minus 1 is the production scenario with the " Day 0 " being time scheduled to assembly the finished goods. Day-1 is day scheduled on the upstream buffer WIP materials supply, consecutively implemented for every upper stream of the workstations buffer. Raw components supplied in lot and downsize in batch in WIP buffer to supply the welding stations, welding buffer in batch supply to paint shop and feed queuing in hanger. Coming out from paint shop, the components are arranged in racks, trolley or box in batch of WIP buffer.This batch materials is sent to assembly station together with standard components supply from warehouse arranged in kiting form. For this production case the system able to manage demand of delivery one container every week which consists of 134 beds with zero defect. The stabilty of the process controlled using time constant<= 1 with proportional gain 1.
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Papers by SHA'RI BIN MOHD YUSOF UTM RAZAK SCHOO
Conference Presentations by SHA'RI BIN MOHD YUSOF UTM RAZAK SCHOO