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Implementing BIM to Streamline a Design, Manufacture and Fitting Workflow.

机译:实施BIM以简化设计,制造和装配工作流程。

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摘要

Lean and Building Information Modelling (BIM) have synergies. BIM Implementation demands changes in existing process and procedures for design and construction, representing a technology change, but also a process change. Technology should fit organizational structure and reinforce business process, making the company leaner.\ud\udThis paper presents a BIM Implementation Project through a Knowledge Transfer Partnership (KTP) between the University of Salford and Links, a design, manufacture and fit-out company based in the UK. A KTP is a program funded by the UK Government to support businesses improvements by accessing universities expertise. The research adopts a case study methodology on a BIM Implementation for Design for Manufacture and Assembly (DfMA) at Links. The project aims is to implement BIM as a catalyst for a lean transformation, streamlining process and operations. \ud\udStarted in 2014, the research concluded 3 stages: (A) Process Mapping, (B) Process Analyses using Lean Techniques that identified inefficiencies and waste in the process, as over processing, duplication and unnecessary transportation of information (C) Proposed Process Redesign considering the use of BIM Technologies for workflow improvement. \ud\udThe research results highlight some challenges on the cultural change and the lack of understanding of designers about the manufacturing process (CNC machines constraints).\ud\udThe next steps of this research will be the development of a customized BIM component library interoperable with CNC machines; implement BIM Strategy on a pilot project; and promote workshops to integrate design and fitting teams with the focus on improving DfMA process, reducing cycle time and cost.\ud \udThe analyses suggest that proposed Links BIM workflow from design to manufacture could reduce 30% of the time spent in design from concept to shop drawings. The research recommend focusing on process standardization and metrics to enrich the company process. Therefore, creating the right environment for continuous improvement in a learning organization.
机译:精益和建筑信息模型(BIM)具有协同作用。 BIM实施要求更改现有的设计和施工过程和程序,既代表技术变革,也代表过程变革。技术应适合组织结构并加强业务流程,从而使公司更精简。\ ud \ ud本文通过索尔福德大学与设计,制造和装修公司Links之间的知识转移合作伙伴关系(KTP)提出了BIM实施项目。总部设在英国。 KTP是由英国政府资助的一项计划,旨在通过获得大学的专业知识来支持业务改进。该研究在Links的BIM实现制造和组装设计(DfMA)实施中采用了案例研究方法。该项目旨在将BIM实施为精益转型,简化流程和运营的催化剂。 \ ud \ ud这项研究始于2014年,共分三个阶段:(A)流程映射,(B)使用精益技术进行流程分析,以识别流程中的低效率和浪费,如过度处理,重复和不必要的信息运输(C)建议考虑使用BIM技术改进工作流程的流程重新设计。 \ ud \ ud研究结果突显了文化变革方面的一些挑战,以及设计师对制造工艺缺乏理解(数控机床的限制)。\ ud \ ud这项研究的下一步将是开发可互操作的定制BIM组件库与数控机床;在试点项目上实施BIM战略; \ ud \ ud分析表明,从设计到制造的建议Links BIM工作流程可以减少30%的设计时间(从概念到设计),并促进研讨会,以整合设计和装配团队,以改善DfMA流程为重点。购物图纸。该研究建议重点关注流程标准化和度量标准,以丰富公司流程。因此,为学习型组织的持续改进创造合适的环境。

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