Thomas Peitz Methodology for Product Optimization of Mechanical Electronic Modules

2 Thomas Peitz Methodology for Product Optimization of Mechanical Electronic Modules 

FIGURE 8.2 Model for the product optimization of mechanical electronic modules by MID 

Product optimization starts on the basis of a conventional mechanical electronic module. The first step is to formulate the terms of reference. This entails determining the use of the module and the requirements it will be called on to satisfy. The developer uses this as the basis for defining the objectives of product optimization. The second phase starts with an analysis of the conventional module. This is characterized by the identification of weaknesses and refers both to the product itself (shape/functions) and the associated production system. Manufacturing costs are also included in the scope of analysis. The developer evaluates the subject module with regard to the objectives defined beforehand and gauges the extent to which the requirements are satisfied. The concepts of the MID and the MID production process are fleshed out in an iterative cycle in the methodology, because the interactions between them are manifold [126]. The objective of component conceptualization is to arrive at a basic solution. This entails defining the functions of the MID. 

The developer uses a design catalog to identify a suitable function carrier for the implementation of these functions. The basic solution is then elaborated on the basis of a four-step procedural model. Step one is to position the function carrier with its geometric restrictions, it is important at this stage to take the mechanicai or electronic connections duly into account. Step two is designing the iayout of the interconnect device. Other function carriers can then be positioned. The concept of the conductor iayout then has to be finaiized to conciude this step. 

The methodology developed by Thomas Peitz enables MID technology to be employed to optimize mechanical electronic modules. The focus of attention is on matured conceptualization of the product and the associated manufacturing 

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