A new flexible soldering system for small to medium European electronics manufacturers is proposed by a group of European industrialists and academics as part of an EC-funded research project. The proposed soldering facility is intended to assist electronics small to medium-sized enterprises (SMEs) in tackling the ever growing market need for lower volume and higher variety of soldering printed circuit boards. A business evaluation study was carried out as part of this project to understand and highlight the impact of change in soldering methods within the project collaborators’ businesses. The development of the proposed soldering system is discussed briefly in the current paper and the adopted evaluation approach using business process modelling and process simulation is explained.
MonfaredR. P.WestA. A.HarrisonR.WestonR. H.An implementation of the business process modelling approach in the automotive industry. Proc. Inst. Mech. Engrs, Part B: J. Engineering Manufacture2002216(B11)1413–1428.
8.
ChathaK. A.WestonR. H.MonfaredR. P.An approach to modelling dependencies linking engineering processes. Proc. Instn Mech. Engrs, Part B: J. Engineering Manufacture2003217(B5)669–687.
9.
HarrisonR.WestA. A.Component based paradigm for the design and implementation of control systems in electronics manufacturing machinery. J. Electronics Mfg200010(1)1–17.
10.
MonfaredR. P.WestA. A.HarrisonR.LeeS. M.Improving train maintenance through process modelling and component-based system design and implementation. Proc. IMechE, Part B: J. Engineering Manufacture2007221333–346.
11.
NanceR. E.The conical methodology and the evolution of simulation model development. Annls Op Res., Special Volume on Simulation and Modeling1994 (53)1–45.
12.
RobinsonS.Conceptual modeling for simulation: issues and research requirements. Proceedings of the 2006 Winter Simulation Conference2006792–800.
13.
ESPRIT Consortium AMICE, CIMOSA: open system architecture for CIM, 2nd editionVol. 11993, p. 233 (Springer-VerlagBerlin).
MonfaredR. P.WestonR. H.An application of CIMOSA concepts in the development of change capable manufacturing cells. Int. J. Computer Ind., Special issue on CIMOSA in Evolution and Application in Enterprise Engineering199940243–257.
16.
RobinsonS.Simulation model verification and validation: increasing the users' confidence. Proceeding of the 1997 Winter Simulation Conference1997, pp. 53–59.
17.
SargentR. G.Verification and validation of simulation models. Proceeding of the 2005 Winter Simulation Conference2005, pp. 130–143.
18.
LawA.KeltonW.Simulation modeling and analysis1991 (McGraw-HillNew York).
19.
RobinsonS.BhatiaV.Secrets of successful simulation projects. Proceeding of the 1995 Winter Simulation Conference1995, pp. 61–67.
20.
HlupicV.RobinsonS.Business process modeling and analysis using discrete-event simulation. Proceeding of the 1998 Winter Simulation Conference1998, pp. 1363–1369.
21.
BapatV.SturrockD. T.The Arena product family: enterprise modeling solutions2003 (Institute of Electrical and Electronics EngineersNew Orleans).
22.
AnderssonC.OkoroS.AnastasovskiM.HjertkvistT.LarsO.LiuJ.Lead-free soldering assessment using different board finishes. In New Exploratory Technologies Conference2005, Salo, Finland.
