Overview The program focuses on inorganic engineering materials — chiefly steels and ceramics — which are foundational to strategic industries such as transport, energy, machine and plant engineering, and construction. The curriculum emphasizes a deep, multiscale understanding of mechanical, thermal, chemical and functional properties at the nano-, micro- and macro-levels, together with the chemical and physical interactions that occur at surfaces and interfaces. This knowledge is applied directly to material development and the optimisation of industrial processes and technologies.
Designed for students who want to work at the intersection of materials science and industrial application, the course combines theoretical insight with application-oriented problem solving and research. Instruction is in English, and the programme prepares graduates to contribute to product development, process engineering and technology-driven research in both industry and academia.
Graduates will be able to:
Career prospects
The programme begins with a common core in the first semester covering metallic, ceramic and refractory materials, together with thermodynamics and heat and mass transfer. These foundations are intended to bring all students to a consistent level of knowledge that the rest of the programme builds on. In the second and third semesters you move from theory to practice through laboratory and hands‑on courses that demonstrate how the concepts are used in real applications.
Complementing the taught modules are a research seminar and a Journal Club, where students present findings, discuss current literature and follow recent developments in materials technology. Students also receive structured German language instruction for two semesters to support cultural integration and daily life in Germany. You will pick one of two elective blocks — “Advanced Engineering Background” or “Technology Background” — which cover advanced and emerging topics such as thermodynamical simulation, simulation of metallurgical processes, particle technology and fluid dynamics, as well as aspects of economics and business administration. The programme concludes in the fourth semester with an independent Master’s thesis.
You must hold a completed Bachelor's degree (or an internationally recognized equivalent) in a relevant technical or scientific discipline to be eligible for admission. The program accepts degrees that provide a strong foundation in engineering, materials, process-related topics, energy systems or the natural sciences. Degrees in closely related or interdisciplinary fields may also be considered if your previous studies included substantial coursework in these areas.
International applicants should ensure their prior qualification is comparable to a German bachelor’s degree in the listed subjects. If your degree title is not explicitly listed but your study program covered the core topics above (e.g., materials, processes, energy, mechanics, or applied sciences), you may still qualify—contact admissions for an assessment.
Admission requires a bachelor’s degree in one of the following areas:
Winter Semester (International)
15 April 2026
Winter Semester (EU/EEA)
15 April 2026
Graduates are prepared for technical and managerial roles in sectors such as iron and steel production, metal processing, the ceramic and refractory industries, recycling and extractive industries, as well as research and teaching positions at universities and institutes. Typical job titles include materials engineer, process engineer, R&D engineer, quality manager and production technologist.
The programme’s combination of multi-scale materials knowledge, practical laboratory experience and process simulation makes graduates attractive to German and international employers in manufacturing and materials technology. Completing the Master’s thesis provides an opportunity to deepen expertise and build contacts with industry or research groups.
SRH University — Heidelberg
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Technical University of Darmstadt — Darmstadt
Technische Universität Berlin — Berlin