Final thesis (Bachelor/Master): Innovative pretreatment concepts for recycled aluminium

The aim of the work: Sustainable material concepts place new requirements for surface treatment. The aim of your final work is to investigate the relationships between material properties, surface treatment and coating quality. With your results, you support the further development of reliable and resource-saving procedures. _ 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.

Depending on the focus of your thesis, you will take the following activities: Literature research into aluminum alloys, surface treatments and coating systems. Planning and implementation of experimental series for innovative pretreatment and coating of selected material samples. Investigation of the influence of different material states and treatment conditions on the surface quality. Characterization of the samples using suitable microscopic, analytical and testing methods. Assessment of the coatings with regard to uniformity, adhesion and corrosion resistance. Systematic evaluation, documentation and presentation of the results and derivation of possibilities for improvement.

Studies in the field of chemistry, materials science, materials engineering, surface engineering, chemical engineering or a comparable subject. Interest in metallic materials, chemical surface processes and sustainable technologies. Joy of experimental laboratory work and the evaluation of scientific data. Basic knowledge of material characterization or coating technology is advantageous. Self-employed, careful and structured working methods as well as willingness to professional exchange in the team

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 Scientific support by experienced engineers:inside