Granularity of Structural Information in Materials Engineering

In the department of Granularity of  Structural Information in Materials Engineering, we use a nanotechnology approach to develop new metallic materials. We design materials considering their entire life cycle, from chemistry and structural design to improving material performance and recycling properties. Using a correlative multiscale characterization method in combination with material simulations, we tune the fine structures at the nanoscale to achieve tailored material properties.

Our process solutions aim to support a carbon-neutral economy, especially for automotive and hydrogen energy applications. We research sustainable solutions in an interdisciplinary system and work closely with industrial partners to develop intelligent and environmentally friendly materials for the future.

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Prof. Dr.-Ing. habil. Wenwen Song

Faculty 15 - Institute of Materials Engineering
Granularity of  Structure Information in Materials Engineering
Kurt-Schumacher-Str. 31
34117 Kassel

 

Phone: +49 561 804-3917
Room: 3512
E-mail: song[at]uni-kassel[dot]de

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Research

Our research focuses on the development of sustainable, high-performance metallic materials through the use of multiscale characterization techniques and nanotechnology approaches to achieve tailored material properties. In particular, we focus on improving mechanical properties, recyclability and addressing hydrogen embrittlement challenges to support a carbon-neutral economy.

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Our team

Here you will find the contact details of Professor Wenwen Song, the secretariat and our scientific staff and students.

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Current vacancies

We are always looking for talented postdocs, PhD students and student assistants to join our group.

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Study and courses

Professor Song offers the courses "Nanostructured metallic materials" and "Sustainable Materials" for Master's students.
These courses cover the fundamentals and applications of sustainable materials, including the design and characterization of nanostructured metallic materials, as well as their application in various industrial fields and how to overcome specific challenges such as hydrogen embrittlement and recyclability.

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Thesis and job vacancies

We offer a variety of possible research projects or positions for students. Please contact us to discuss bachelor's and master's theses or job offers.

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