The Department of Product Development at Fraunhofer IEM addresses the central question of how these complex systems can be created efficiently. Systems Engineering is at the heart of this approach, developing methods and means of expression to bring together experts from all specialist disciplines. Key topics are system analyses, modular architecture design, the integration of mechanical and electrical functions and the design of innovative combinations comprising goods and services. The… Show more The Department of Product Development at Fraunhofer IEM addresses the central question of how these complex systems can be created efficiently. Systems Engineering is at the heart of this approach, developing methods and means of expression to bring together experts from all specialist disciplines. Key topics are system analyses, modular architecture design, the integration of mechanical and electrical functions and the design of innovative combinations comprising goods and services. The department also investigates how digital technologies such as virtual or augmented reality change everyday routines in product development.https://www.selive.de/https://www.iem.fraunhofer.de/de/academy/weiterbildung-systems-engineering.htmlhttps://www.linkedin.com/company/fraunhofer-iem/Veröffentlichungen (unten im Profil verlinkt) oder über: - Orcid: https://orcid.org/0009-0001-9573-2559- Google Scholar: https://scholar.google.de/citations?hl=de&user=esE5N1YAAAAJ- Research Gate: https://www.researchgate.net/profile/Daria-Wilke Show less

German chapter of INCOSEGfSE participates in the activities of INCOSE on a European and international level and offers a German language service portfolio in the field of Systems Engineering. It supports science and education in the field of Systems Engineering in industry, research and teaching.https://www.gfse.de/https://www.linkedin.com/company/gfse/

Support for the organization of expert group meetings in the field of virtual product development & simulation (experts from OWL)https://www.owl-viprosim.de/https://www.linkedin.com/company/owl-viprosim-e-v

Model-Based Systems Engineering and System Simulation:- Modeling of various mechatronic systems using the 3D Experience platform (especially Dymola)- Participation to different workshops of Dassault Systèmes- Consideration of the RFLP approach for my master thesis

Highlights:- Technical Report about the evaluation of the DoE application in Autodesk Moldflow with a practical validation. - Method development for the optimization of the welding process with the help of the simulation (invention disclosure).- Bachelor Thesis: Experimental testing and simulative investigation of pressure compensation elements for light technical systems in the automotive sector