Evolution instead of chaos - how to efficiently manage changes across multiple system generations

The development of complex technical systems - especially cyber-physical systems (CPS) - is a continuous process. Systems are further developed, optimised and adapted to new requirements over several generations. This poses major challenges, particularly in the areas of traceability, consistency and quality. Effective change management is the key to the sustainable development of future-proof systems. But what methods already exist - and where is there a need for action? These questions are at the centre of this thesis.

Your task:

In this thesis, a systematic literature review will be conducted to identify and analyse existing methods and approaches of cross-generational change management and to evaluate their suitability for CPS systematic examination and evaluation of the current status of CPS development within the industry.

Am I suitable for this?

If you have an interest in technology (e.g., mechanical engineering, electrical engineering, mechatronics, computer science, industrial engineering, etc.) and are interested in the development process of cyber-physical systems, we would like to hear from you. You should enjoy researching new and interesting topics and be willing to engage with the theoretical aspects of product development.

Your benefits:

• Work on an interdisciplinary topic between mechanical engineering, electrical engineering, software and industrial engineering
• The possibility of a joint scientific publication
• Intensive 1:1 coaching with a research assistant

Still have questions or interested? Please send an e-mail to: lars.gesmann∂kit.edu.