The Operator Workflow Analysis and Skill Standards Determined for Multi-Variety and Small Batch Processing Post

Abstract:

The method of the traditional workflow design and the skill standards hadn’t been in meeting its demands according to the characteristic of Multi-variety and small-batch processing. The operator workflow analyses were divided into three parts to be discussed in this paper as a common content workflow, character content workflow and temporary content workflow. The general content workflow was optimized by using the classics work study method and choosing the scene team on the other two modules. A new analysis method which took crombag skill defines as the indication basis, was established for the operator workflows, and considering the essential factor as the analysis objects. The designed new module type workflows were divided the work contents of the standard into the Multi-variety and small-batch processing, which promoted the post work ordering and highly effective. Its characteristic of the rationale and the objective basis reduces the ingredients, and provides the operator training and recruitment.

• Periodical: Applied Mechanics and Materials (Volumes 220-223)
• Pages: 112-116
• DOI: https://doi.org/10.4028/www.scientific.net/AMM.220-223.112
• Online since: November 2012
• Authors: Wei Zeng Chen
• Keywords: Multi-Variety, Operator Workflow, Optimize Method, Processing Post

References

[1] H．J Wameeke,M Huser.．International Journal of Production Economics,vol.41(1995), pp:37.

[2] J Balakrishnan, CH Cheng..European Journal of Operational Research,vol.16(2007), pp:281.

[3] Invistics Corp. Adapting Lean Manufacturing for a High Mix Environment (a White paper 2004).

[4] Patricia Haff..Management Accounting Quarterly(2001), pp:36.

[5] Pan Yu ..International Academic Publishers. vol. 10(1996),pp:251.

[6] Gavried Salvendy. Handbook of Industral Engineering (3rded.New York:John Wilry&Sons,ENC,2001).

[7] Z B Luo, L Q Zhu. Industrial engineering introduction (Peking:Machine industrial publisher,2004).

[8] M Q Li, X H Pang, F J.Wu Advanced Manufacturing Technology (Chinese science and technology publisher, 2005).

[9] Z Z Fan, S W Zhang. Primary industry engineering(IE) ( Peking:Machine industrial publisher,1997).

[10] T R Banga, S C Shaeam, Industrial Engineering and Management Science (Khanna Publishers,1982).

[11] JZhu . Agriculture Machine in Hunan, vol.1(2008), p.117.

[12] Y H Guo.. The Making Technique of Aerospace, vol.3(2002), p.38.

[13] Z Q Zhao. Vocational education and training to learn new concepts (Science publisher,2003).

[14] Z Z Pang, H Gu, H Chen. Human Ergonomics, vol.9(2003), p.17.

[15] P Kirschner, van Vilsteren, P, Hummel, H & Wignan,.Studies in Higher Education, vol.22(1997), p.151.

[16] Z W Hu.. Shanghai Jiao Tong University Publisher,2004.