49 research outputs found
The role of the supply chain in the elimination and reduction of construction rework and defects: an action research approach
Since 2007, Ireland has suffered a circa 80% reduction in construction output. This has
resulted in bankruptcy, unemployment and bad debt. Contractors have attached greater
emphasis to production efficiency and cost reduction as a means of survival. An Action
Research (AR) strategy was used in this research to improve processes adopted by a SME
contractor for the control of defects in its supply chain. It is conservatively estimated that
rework, typically accounts for, circa 5% of total project costs. Rework is wasteful and
presents an obvious target for improvement. The research reported here concerns the (first)
diagnosing stage of the AR cycle only, involving: observation of fieldwork, analysis of
contract documents, and semi-structured interviews with supply chain members. The results
indicate potential for supply chain participants to identify root causes of defects and propose
solutions, having regard to best practice to avoid re-occurrence. A lack of collaborative
forums to contribute to production improvement was identified. Additionally the processes,
used to collect, manage and disseminate data were unstructured and uncoordinated, indicating
scope for developing more efficient methods. The research indicates good understanding of
the potential benefits for supply chain collaboration but suggests that the tools and knowledge
to collaborate are currently lacking in the SME sector
Putting Hope to Work: Five Principles to Activate Your Organization's Most Powerful Resource by Harry Hutson and Barbara Perry
Integrated New Product Introduction Challenges in Aerospace Manufacturing
The key dynamic in supporting an efficient and effective new product
introduction is the nature of the exchange of information between the functions
of manufacturing engineering and design engineering. This paper describes a
study of this dynamic with particular regard to the role of manufacturing
engineering in developing robust production process for the design intent. This
study reports related work in this area and establishes the views of
participants concerning product introduction process at a major aerospace
manufacturer. It is found that integration between the manufacturing and design
function driven by communication of qualitative data has brought benefit to the
process in terms of quality cost and time. However, a stronger definition
regarding the quality and usability of manufacturing process knowledge
communicated to the design function is required for more effective and efficient
new product introduction in the shortening timescales of the changing industrial
environment
Imitation in Large Complex Organizations: A Case of Design for Six Sigma in the Automobile Industry
Aligning competitive priorities in the supply chain: the role of interactions with suppliers
Synergizing Lean and Green for Continuous Improvement
Part 1: Knowledge-Based SustainabilityInternational audienceFor many years small-medium enterprises (SMEs) have attempted to improve their manufacturing and environmental operation performance in a view to achieving competitiveness and operational excellence. This paper looks at the literature in order to investigate the relationship between lean and green management and their relationship to one another while keeping in mind their simultaneous implementation at a foundry SME. Separate literature streams have arisen to address issues in green and lean using systems engineering tools but research has largely neglected the intersection of the two. The presented research synthesizes the literature addressing the intersections of green and lean and suggests a research agenda to address gaps. Suggestions for implementing environmental management systems for sustaining continuous improvement activities have also been provided