Metallic Materials Technology

The Master’s programme in Metallic Materials Technology (MMT) at TU Freiberg equips students with advanced knowledge and practical skills in the field of metallic materials. Whether you have a background in mechanical engineering, materials science, or a related discipline, this programme offers a unique opportunity to specialise in cutting-edge technologies that are driving innovation in automotive, aerospace, green energy, and advanced manufacturing industries. Join a diverse international community, deepen your expertise, and position yourself for a successful career in materials engineering. The MMT programme builds upon a Bachelor’s degree in mechanical engineering, materials science, or metallurgy and aims to provide students with advanced expertise in metallic materials. The curriculum focuses on both theoretical and practical aspects, combining technical skills with a scientific approach to solving real-world challenges. Students can tailor their studies by choosing from four specialisations (see Course organisation), each designed to provide in-depth knowledge and industry-relevant skills. The programme is conducted entirely in English, attracting a diverse and international student body.   The MMT programme usually starts in the summer semester. The curriculum is designed to provide students with... Core Subjects: Materials science, mechanical properties, and manufacturing processes Elective Modules: Flexibility to tailor the education to individual career goals A Master's thesis research project addressing real-world industry challenges. In the first semester, students receive an overview of the fundamentals of materials science and materials engineering. From the second semester onwards, students have to choose one of four specialisations: Foundry Technology Focuses on the fundamentals and advanced aspects of modern casting processes: moulding materials, binders, and core-making processes; metallurgy of ferrous and non-ferrous casting materials including melt treatment and analysis techniques; operation of melting furnaces and quality assurance in foundry processes; post-treatment of castings, surface engineering and defect prevention strategies.   Metal Forming Covers the transformation of metallic materials into semi-finished and finished products through various techniques: advanced rolling, forging, and extrusion technologies; theoretical and experimental analysis of metal deformation behaviour; the influence of microstructural properties on mechanical performance; numerical simulation and process chain optimisation.   Non-ferrous Metallurgy Focusing on the production and recycling of non-ferrous metals such as aluminium, copper and rare earths, this specialisation includes: high-temperature, hydrometallurgical electrochemical processes for extracting and refining metals; advanced recycling technologies to recover valuable metals from batteries, electronic waste, and industrial by-products; sustainable production techniques aimed at minimising environmental impact.   Steel Production Provides expertise in the entire steelmaking process, from raw material processing to advanced refining techniques: primary and secondary metallurgy, including decarburisation and alloying; clean steel production, energy efficiency, and sustainable practices; structural and mechanical properties of steel for construction and transport applications; circular economy strategies for reducing emissions and improving resource efficiency.