Future-robust product engineering: systematic extension of the model of PGE – Product Generation Engineering through adaptation of methods of strategic product planning

该研究项目的总体目标是创建一个面向未来的产品开发的总体模型。这是通过将PGE产品生成工程模型与产品开发周期模型相结合来实现的。由此产生的模型可以描述战略产品规划和产品开发之间的相互作用，没有休息，因此可以用于长期和短期的发展规划。从而为提高企业在转移过程中的计划和控制能力提供了科学依据。目标之一是根据规划模式确定当前规划情况的标准战略。规划模式是特征及其属性的特定组合，用于对开发项目进行分类。这些特征是基于PGE模型从产品结构、产品环境或企业战略等方面得出的。对于单个规划模式，应制定标准策略，提供针对具体情况的行动指导，为此，应始终使用战略产品规划生成的结果来确定子系统级别的现有规划模式。潜在的好处在于，根据规划模式，可以使用预定义和验证的标准战略，这使得有意识地处理产品代的开发机会和风险成为可能。同时，整体模型与开发的本体可以作为进一步研究的基础，例如，在机电产品与服务和可能的商业模型相结合的混合服务包的开发领域。在这里，可以预期在产品开发领域的其他研究领域的冲动。

The overall objective of the research project is to create an overall model of future-proof product development. This is to be achieved by linking the model of PGE product generation engineering and the cycle model of product development. The resulting model can describe the interactions between strategic product planning and product development without breaks and can thus be used for both long-term and short-term development planning. Thus a scientific basis is created to increase the planning and controlling competence of a company during a transfer. One objective is to determine standard strategies for the current planning situation on the basis of planning patterns. Planning patterns are a specific combination of characteristics and their attributes that serve to classify development projects. These characteristics are derived on the basis of the PGE model from the product structure, the product environment or the corporate strategy, for example. For the individual planning patterns, standard strategies are to be developed that provide situation-specific instructions for action, for which purpose the generated findings from strategic product planning are to be consistently used to determine the existing planning pattern at subsystem level. The benefit potential lies in the fact that, depending on the planning pattern, predefined and validated standard strategies can be used, which makes it possible to consciously deal with development opportunities and risks over product generations. At the same time, the overall model together with the developed ontology can serve as a basis for further research, e.g. in the field of the development of hybrid service bundles from a mechatronic product combined with services and possibly business models. Here, impulses for other research areas in the field of product development can be expected.