Technology diffusion planning for ERP in aircraft manufacturing industry

A. Rashid, U. Mahmoud
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引用次数: 8

Abstract

The Enterprise resource planning (ERP) and material requirement planning (MRP/ MRP-II) are few of the key considerations in any complex manufacturing industry. The requirement of ERP and MRP for aircraft industry is growing at a phenomenal rate. The advancement in material and manufacturing management systems has changed the dynamics of shop-floor scene. The induction of smart materials and nano-technology, ultra-high speed machining technologies and psychometric testing of highly skilled labor in a target focused team environment has tremendously enhanced the performance expectation from Man, Machine and Resources. The resource-management and supply-chain-management is becoming extremely complex and require dedicated ERP modules for better management and effective control over the industrial and financial activities through integrated business intelligence (BI) software. The implementation of ERP in industry is a cumbersome process and takes years before it yields and reveals its effectiveness. Research in all these areas is making a phenomenal addition to the volume of knowledge in limited time. The concept of competitiveness demands that the integrated framework for ERP adoption be planned for aircraft industry prior to its deployment. So as to minimize its deployment-span in terms of time and to curtail financial overheads. A number of working principles and guidelines have already been developed in other industries and can be employed in a variety of ways in aircraft industry for optimum performance and to earn competitiveness through ERP suites. This paper provides guidelines for planning ERP and detailed mapping of all activities for ERP in aerospace-industry for effective production planning and control.
飞机制造业ERP的技术扩散规划
企业资源计划(ERP)和物料需求计划(MRP/ MRP- ii)是任何复杂制造行业的几个关键考虑因素。飞机工业对ERP和MRP的需求正以惊人的速度增长。材料和制造管理系统的进步已经改变了车间场景的动态。智能材料和纳米技术、超高速加工技术以及在目标集中的团队环境中对高技能劳动力的心理测试的引入,极大地提高了人、机器和资源的性能期望。资源管理和供应链管理变得极其复杂,需要专门的ERP模块通过集成的商业智能(BI)软件更好地管理和有效地控制工业和金融活动。ERP在工业中的实施是一个繁琐的过程,需要数年的时间才能产生并显示其有效性。所有这些领域的研究都在有限的时间内显著地增加了知识的数量。竞争力的概念要求在飞机工业部署ERP之前就对其采用的集成框架进行规划。以便在时间方面尽量减少其部署范围,并减少财政间接费用。许多工作原则和指导方针已经在其他行业中发展起来,并且可以以各种方式应用于航空工业,以获得最佳性能并通过ERP套件获得竞争力。本文提供了航空航天工业ERP计划的指导方针和ERP所有活动的详细映射,以实现有效的生产计划和控制。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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