Thesis (Bachelor/Master): Development of novel metallic alloys based on experimental and/or data-based high-throughput alloy development methods

Since 1922, the fem research institute in Schwäbisch Gmünd has been one of the leading institutes for the research, development and analysis of metallic materials and coatings. In addition, it is the world's only independent precious metal institute. The aim of the activities in the fields of materials science, metal chemistry and surface technology is to provide tailor-made and pioneering solutions for small and medium-sized enterprises and the industry. The fem also accompanies the innovation process from idea finding through application to successful technology transfer.

The aim of the work is to develop novel metallic alloys with improved property profiles compared to commercially available alloys, e.g. Regarding strength, conductivity or other application-related properties. Depending on the subject and interest, the focus can be placed on experimental work or data-based or simulation-based methods.

Content of the work can be (depending on the focus): Literature, patent and database research Defining a property profile matching the selected alloy system Conception and experimental planning for alloy development Alloy production using different melting plants in the in-house casting laboratory Use of high-throughput methods (experimentell and/or computer-assisted) for material development Machine learning application on larger datasets performing parameter and composition studies for setting defined properties such as strength or conductivity Characterization of the developed alloys by means of suitable analytical methods (e.g. microstructure and phase analysis, chemical analysis, mechanical/physical tests) Evaluation, documentation and presentation of results before a specialist audience Start: now possible

Studies in Computer Science, Material Informatics, Computational Materials Science / Computational Engineering, AI, Scientific Computing, Data Science, Data Engineering, Material Science and Materials Engineering, Materials Engineering, Mechanical Engineering, Manufacturing Technology, etc. Interest in combinatorial processes in the field of tension between experimental and virtual material development Self-employed and structured work Joy of scientific work

An exciting research topic with direct practical reference Work with state-of-the-art laboratory equipment Close cooperation with experts: women from research and industry who have many years of experience in alloy development Technical exchange in an interdisciplinary team of material scientists:inside, engineer:inside and material informatics:inside Scientific support by experienced scientists:inside and engineer:inside