KTmfk

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At the Chair of Engineering Design, we research, improve and validate new processes, methods and tools to support demanding development- and design activities. We are active in the fields of virtual product development and design methodology, machine elements and tribology as well as lightweight design. Through our research and teaching activities, we create the foundation for innovative, new or optimized products and thus contribute to maintaining and strengthening the industrial base in Europe. We would like to invite you to learn more about us during your stay on our website!

News – Categories

The Chair of Design Engineering would like to congratulate Mr Benjamin Gerschütz on successfully completing his doctorate in engineering on 21 March 2025. In his dissertation entitled ‘Identification of use cases and integration of data-driven methods in the product development process’, Mr Gerschüt...

Category: Awards, People

The Chair of Engineering Design congratulates Mr. Andreas Winkler on successfully passing the doctoral examination to become a Dr.-Ing. on March 10, 2025, which he completed with distinction. Mr. Winkler presented the contents of his dissertation entitled “Numerical wear modeling of rolling/sliding ...

Category: People

Dr. Christian Witzgall was appointed by Prof. Sandro Wartzack as a senior engineer and head of the lightweight construction research group at the KTmfk - Chair of Design Engineering at FAU Erlangen-Nuremberg on 1 February 2025. He brings many years of experience in the simulation and experimental te...

Category: People

Our new annual report is out and offers an exciting journey through 2024. This year has been particularly special for the Chair of Engineering Design (KTmfk) as we celebrated 40 years of innovation and growth. The research report provides exclusive insights into our current projects and key highl...

Category: Research

The ability to perform coordinated movements is a central factor in people's everyday lives. However, various events, such as trauma, strokes, etc., can damage the nerve structures and thus cause motor disorders. The lower leg muscles are frequently affected, resulting in a pathophysiological moveme...

Category: Research
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