Thesis (Bachelor/Master): Development and characterization of functional surfaces for sustainable applications

Objective of work: Functional surfaces can give materials additional properties and open up new applications. The aim of your final work is to experimentally investigate selected approaches to surface functionalization of anodized surfaces and to evaluate the properties of the layers produced. The focus is on the functionality, resistance and reproducibility of the production. __ 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 functional materials, surfaces, electrophoresis and anodization. Preparation and investigation of selected materials and treatment systems for surface functionalization. Planning and implementation of chemical or electrochemical test series on a laboratory scale. Investigation of the influence of manufacturing conditions on the structure and properties of the surfaces produced. Characterization and testing of the layers with regard to functionality and resistance to mechanical and environmental stresses. Evaluation of the results and derivation of recommendations for process optimization and transferability to practical conditions.

Studies in the field of chemistry, materials science, surface engineering, materials engineering, chemical engineering or a comparable discipline. Interest in functional materials, interfaces and chemical or electrochemical processes. Joy of experimental research and the combination of production, analysis and property assessment. First experiences with laboratory work, material analysis or electrochemical methods are advantageous. Self-employed and structured working, careful documentation and team skills.

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