A DEVELOPMENT OF PaDLeSS APPROACH FOR PART DISPOSAL REDUCTION IN AIRCRAFT COMPOSITE MANUFACTURING

Authors

  • Mohd Shihabudin Ismail University Malaysia Perlis, Malaysia
  • M.I. Hussain University Malaysia Perlis, Malaysia
  • N. Muhammad University Malaysia Perlis, Malaysia
  • Z. Mohd Zain University Malaysia Perlis, Malaysia
  • R. Ahmad University Malaysia Perlis, Malaysia
  • M.S. F. Soberi University Malaysia Perlis, Malaysia

DOI:

https://doi.org/10.31686/ijier.vol5.iss12.55

Keywords:

PaDLeSS approach, aircraft composite panel, lean, six sigma, Kaizen, Cause & Effect diagram

Abstract

This paper focus on a development and implementation of a systematic guided lean and six-sigma approach to solve high rejection rate on part disposal at composite manufacturing for aircraft component industry. The approach is called PaDLeSS which is stand for Part Disposal reduction through Lean and Six Sigma. PaDLeSS is developed from the integration between lean and six sigma tools with a guided by R-DMAIC-S approach and it is focused on the reduction of parts disposal mainly at a composite manufacturing panel for aircraft components. Since a unit price for  one composite panel of aircraftcomponent is very high, a systematic approach to improve, control and sustain the process is necessary in order to reduce parts rejection rate in the process, outgoing process and at the customer process. PaDLeSS is devided into two main phases ; development phase and implementation phase. In a development phase, a thorough study was carried out from previous works and match with a requirement needed in  part disposal reduction at composite manufacturing for an aircraft panel. The related data related to the parts disposal at the manufacturing line was also analyzed to get actual situation for improvement monitoring. Then, in the implementation phase, a few case studies selected at company A (composite panel for aircraft manufacturing company in Malaysia) for verification and validation purposes.  In this paper, the development of PaDLeSS will be presented.

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Author Biographies

Mohd Shihabudin Ismail, University Malaysia Perlis, Malaysia

School of Manufacturing Engineering

M.I. Hussain, University Malaysia Perlis, Malaysia

School of Manufacturing Engineering

N. Muhammad, University Malaysia Perlis, Malaysia

School of Manufacturing Engineering

Z. Mohd Zain, University Malaysia Perlis, Malaysia

School of Manufacturing Engineering

R. Ahmad, University Malaysia Perlis, Malaysia

School of Manufacturing Engineering

M.S. F. Soberi, University Malaysia Perlis, Malaysia

School of Manufacturing Engineering

References

Bill Carreira, 2006, Lean Six Sigma That Works, Amacom, New York

Vivekananthamoorthy N & Sankar S, 2010, Lean Six Sigma, Six Sigma Projects and Personal Experiences, ISBN:978-953-307-370-5

Everton D. & Sergio E.G., 2013, Lean, Six Sigma and Lean Six Sigma: an analysis based on operations strategy, International Journal of Production Research

Mark G. & Jagadeesh R., 2011, Double LEAN Six Sigma – A Structurefor Applying Lean Six Sigma, Journal of Applied Business and Economics: vol.12(6)

B.Prida & M.Grijalvo, 2011, Implementing Lean Manufacturing by Means of Action Research Methodology Case Study in the Aeronautics Industry, International Journal of Industrial Engineering, 18(12),611-619

Goddinho M.,Faria F.C., 2009, Strategic Paradigms for Manufacturing Management (SPMM): Key Elements and Conceptual Model , International Journal of Industrial Engineering: Theory, Applications and Practice, 16(2):147-159

Frida A., Astrid H., 2014, Design for Manufacturing of Composite Structures for Commercial Aircraft – the Development of DFM strategy at SAAB Aerostructures, CIRP Conference on Manufacturing System: 17(2014) 362-367

Alastair K Muir, 2006, Lean Six Sigma Statistics – Calculating Process Efficiencies in Transactional Projects, McGraw-Hill, New York

Pete P & Larry H., 2002, What is Six Sigma, McGraw-Hill, New York

Susan K.L., Dauglas B.S., 2008, Practical Support for Lean Six Sigma Software Process Definition, Wiley, New Jersey

Keki R.B.,2003, The Power of Ultimate Six Sigma, Jaico Publishing House, Mumbai

James W.M., 2007, Lean Six Sigma for Supply Chain Management – The 10 Step Solution Process, McGraw-Hill, New York[13] E.A. Parr, 1998, Industrial Control Handbook, 3rd Ed, Industrial Press, Oxford

Jon D.S., 1999, Evaluation of Hand Lay-Up and Resin Transfer Molding in Composite Wind Turbine Blade Manufacturing, Montana State University-Bozeman

Adan V & Jaime S., 2009, Implementation of Six Sigma in a Manufacturing Process: A Case Study, International Journal of Industrial Engineering: 16(3),171-181

M.White & J.L.Garcia, 2009, Cycle Time Improvement by a Six Sigma Project for the Increase of New Business Accounts, International Journal of Industrial Engineering: 16(3),191-205

Daryl S., 2009, Beyond Six Sigma – A Control Chart for Tracking Defects per Billion Opportunities(dpbo), International Journal of Industrial Engineering: 16(3),227-233

Jerusha M.& Tracy B., Professional Perceptions of Six Sigma’s Value, International Journal of Industrial Engineering: 16(3),234-247

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Published

31-12-2017

How to Cite

Ismail, M. S., Hussain, M., Muhammad, N., Zain, Z. M., Ahmad, R., & Soberi, M. F. (2017). A DEVELOPMENT OF PaDLeSS APPROACH FOR PART DISPOSAL REDUCTION IN AIRCRAFT COMPOSITE MANUFACTURING. International Journal for Innovation Education and Research, 5(12), 1–17. https://doi.org/10.31686/ijier.vol5.iss12.55