Systems Engineering & Management

This book shows step by step how to develop, implement (engineering) and operate (administration) technical systems efficiently and effectively. To this end, it first explains how complex real systems are simplified, i.e. modeled, in order to make their relevant properties visible. This is done in an interdisciplinary manner by taking into account not only technological but also sociological and psychological aspects. Five generally valid process models are then explained, which are sufficient to design and control systems in all their life phases. Finally, the problem-solving cycle is explained in detail. For each phase of development, it explains what should be done when, why and how in order to successfully complete the project. References to project management are also made. All the models, methods, procedures and tools explained have already proven themselves in practice many times over. The book is therefore suitable as a guide for practitioners and for academic teaching. Above all, those who not only want to know what they should do, but also want to understand why one works better than the other, will not only find appropriate explanations, but also numerous suggestions that encourage constructive and critical thinking and enable innovation.

Combines technologically dominated systems engineering with socio- and psychological systems theories Promotes the systematic and methodical support of practical problem solving Provides a common basis for different disciplines and thus simplifies mutual understanding

Autorentext

Prof. Dr.-Ing. Volker Ahrens has been teaching at a private, state-recognized university of applied sciences in Germany since 2007. He heads the Bachelor's degree programs in Engineering & Management and International Engineering & Management, coordinates the department of engineering science and teaches Systems Engineering, Production and Quality Management, Logistics/Process Management and Project Management. Prior to this, he worked as a managing director in industry.

Inhalt

System thinking.- Overview of generic process models.- System design.- Phase transitions.- System control.