The graduates of the Master's program receive in-depth knowledge about the processing of metal and plastic-based materials under constructive and manufacturing conditions into semi-finished and finished products, so that the required functional properties are fulfilled. They acquire cross-product technological competence and are able to develop independent solutions in the field of materials processing technologies. The knowledge acquired during the study on the processing chains of metals, plastics, and fiber-reinforced plastics includes the main processing technologies such as primary shaping, additive manufacturing, forming, joining, surface technology and heat treatment. The graduates can methodically and solution-oriented apply the received knowledge and skills in order to independently design processing technologies in interaction with the material and the construction, apply them to given problems, implement the required new developments and advancements and integrate into the production environment. They gain a broad, detailed, and critical understanding of the scientific work principles, experimental and virtual research methods as well as have the ability to interdisciplinary link their knowledge to real practical problems. The intercultural and social competencies as well as excellent language skills obtained during the study abroad in the framework of the double master’s degree program promote the ability of the graduates to act in an international work environment and in intercultural work teams.

The study qualifies for research-oriented professional employment in small, medium-sized, and large companies in metal and plastics processing. Due to the cross-product character of the study course, a wide range of economic sectors are conceivable, e.g. automotive, aerospace, steel and plastics industries, and engineering services. The possible stay abroad expands the professional perspectives to international companies.