Im Rahmen von AMeLie wird der bestehende Systems Engineering Ansatz erweitert. Dies geschieht über eine systemorientierte Entwicklung, fachdisziplinübergreifende Wissensarbeit und durch die Gestaltung von Prozessen bei der Entwicklungsarbeit und kommt in dieser Form als Advanced Systems Engineering zur Anwendung.
KMU verfügen zur vollständigen Umsetzung von bisherigem Systems Engineering eventuell nicht über die personelle Kapazität wie Großkonzerne. Es gilt also, Methoden zu entwickeln, um den Implementierungsaufwand des Advanced Systems Engineering für KMU handhabbar zu gestalten und somit Vorteile aus dem Ansatz zu gewinnen.
Im anspruchsvollen Feld der Medizintechnik wird der neue Advanced Systems Engineering Ansatz getestet. Ziele sind hier die innovativen und zertifizierbaren Produkte für die Arbeit am Menschen. Entwicklungsaufwänden werden reduziert, Risiken minimiert und die Systemkomplexität beherrschbar. Die teilnehmenden KMU profitieren vom Austausch aus internationalen Geschäftsbeziehungen.
Zur Etablierung von Advanced Systems Engineering müssen in den Unternehmen organisationale Rahmenbedingungen geschaffen werden. Dazu werden agile Arbeitsweisen in interdisziplinären Teams implementiert. Außerdem fördert eine Prozessgruppenorientierung die Stärkung der transversalen Gestaltung von Unternehmensstrukturen.
Zur Umsetzung von Advanced Systems Engineering in KMU wird zusätzlich eine Softwarelösung generiert. Diese liefert standardisierte Modelle und Formate des Advanced Systems Engineering und ist für die Anwendergruppe erschwinglich sowie einfach zu bedienen.
Die Produktzertifizierung ist mit großem Aufwand verbunden und stellt besonders KMU vor große Herausforderungen. Um lange Verzögerungszeiten und ungeplanten Entwicklungskosten zu vermeiden, wird eine Methodik entwickelt, wodurch behördliche Anforderungen bereits im Produktentwicklungsprozess berücksichtigt werden und die Zertifizierbarkeit sichergestellt wird.
Product development can be a difficult undertaking. The following blog post illustrates how the Advanced Systems Engineering Pillar “System Mastery” can be used to simplify the development process. You will get a clear understanding of the four capabilities “Manage your Requirements”, “Think in Systems”, “Integrate, Verify, and Validate”, and “Keep Costs on Minimum” all why planning a Mount Everest expedition.
Systems Engineering is only for large companies? In the following blog post, this preconception will be challenged. It shows the story of a small business owner and the ways in which she too can use Systems Engineering. The importance of tailoring the methods to the use case is emphasized. You will get an insight into the cooperation with our partners and which methods have already been successfully applied to an SME.
Increasing complexity of socio-technical systems makes cross-system product development in companies difficult. To master this complexity, company-related focal points are becoming increasingly important.
The aim of the joint project AMeLie is to make the product development of small and medium-sized enterprises (SMEs) more efficient. This is done through a structured approach, which increases efficiency and thus competitiveness.
For this purpose, conventional systems engineering (SE) approaches from theory are transferred into manageable methods. These methods can be individually combined for solutions. In this way, development processes will be shortened in the long term and SE becomes applicable for SMEs.
This Blogpost aims to provide an insight of the capability pillar “Process Efficiency”. It will cover the four capabilities defining an efficient process landscape, what they consist of and what you need to mind mastering all of them. Further, it will show the importance of efficient processes in the context of SMEs.
Successfully managing stakeholders is not an easy, but an important task. To do so, there are three basic steps: 1. identify stakeholders, 2. organize stakeholders and 3. manage stakeholders. We differentiate two types of stakeholders: internal and external stakeholders. The focus of this blog post is on external stakeholders, e.g. customers, suppliers, creditors, governments or communities. With these instructions, ideas and a few examples at hand, you will be able to do your own stakeholder analysis after reading this article.
Increasing complexity of socio-technical systems complicates cross-system product development in companies. In order to manage this complexity, company-related points of focus are becoming increasingly important.
The aim of the joint project AMeLie is to efficiently design the product development of small and medium-sized enterprises (SMEs). This is done by a structured approach, which increases efficiency and thus competitiveness.
For this purpose, conventional Systems Engineering (SE) approaches are transferred from theory into manageable methods. These methods can be individually combined to solve problems. In this way, development processes are to be shortened in the long term and SE is to become applicable for SMEs.
Incurring costs should be reduced and the recertification process in the medical industry should also be manageable for SMEs.
AMeLie is one of ten projects in a call for proposals by the “Bundesministeriums für Bildung und Forschung” on the topic of mastering the complexity of socio-technical systems. The project, which was launched in 2020, is intended to make a contribution to Advanced Systems Engineering (ASE) for the value creation of tomorrow. AMeLie is thus a pioneer of ASE conceptualization.
The meaning of the acronym AMeLie is: “Neue Advanced Systems Engineering-Methoden für Entwicklungsprozesse anhand von Produktbeispielen aus Medizintechnik und Lifesciences”, which translates to “New Advanced Systems Engineering methods for development processes based on product examples from medical technology and life sciences”.
3DSE Management Consultants GmbH
Senior Consultant
