Overview
This international Master's programme, taught in English, brings together experienced researchers and lecturers from different scientific disciplines to prepare graduates for careers in modern materials science. Launched in winter semester 2017/2018, the course emphasizes an integrated understanding of metallic materials and the technologies used to make and shape them.
What you'll study and gain
The curriculum builds on the foundation laid in a relevant Bachelor's degree to deepen your knowledge of steel production, non‑ferrous metallurgy, metal forming and foundry technology. Alongside technical subjects, the programme develops practical skills and introduces economic aspects relevant to industrial practice. The result is a blend of theoretical insight and applied competence aimed at addressing real‑world challenges in metal manufacturing.
Career relevance
Manufacturing and processing of metallic components are central to many national economies and rank among the most innovative areas of engineering. Graduates are prepared for roles in metal production, metal forming and foundry technology, where they can contribute to technological development in industry or continue into research.
Entry requirements (summary)
This two-year, English-taught MSc programme begins in the summer semester and is structured to build from broad foundational knowledge to focused, research-based expertise. The curriculum is designed so that the first semester establishes core principles in materials science and materials engineering, giving all students a shared grounding in the behavior, processing and selection of metallic materials.
From the second semester onward you specialise: students choose one of four tracks—Metal Forming, Foundry Technology, Steelmaking, or Non‑ferrous Metallurgy—allowing you to deepen technical competence in a specific area of metallic materials technology. Alongside your chosen specialisation there is a catalogue of compulsory elective modules (examples include courses in business administration), enabling you to complement technical study with management or interdisciplinary skills. The programme culminates in a master’s thesis completed during the final semester, which provides an opportunity to carry out an independent research or application project.
Graduates leave with advanced theoretical and applied understanding of metallic materials and processes, specialised knowledge according to their chosen track, and experience in conducting independent research leading to the master’s thesis—preparing them for technical roles in industry or further academic study.
Requirements (key points)
This Master’s track is aimed at students who want to deepen their engineering science knowledge with a focus on metal-forming processes, foundry technology, non‑ferrous metallurgy, or steel production. The programme intentionally welcomes applicants from a variety of scientific and engineering backgrounds to foster an interdisciplinary learning environment and facilitate teamwork between scientists and engineers.
Applicants should hold a solid undergraduate education in a related area and be prepared to gain practical industry experience. A 12‑week industrial internship is a mandatory part of the degree; it is recommended that you complete or at least begin this placement before the programme starts, though any remaining time can be done during lecture‑free periods up until your Master’s thesis topic is issued. Internships may be carried out at one or several companies active in materials technology, materials science, metallurgy or similar fields — and certificates must clearly state the activities undertaken.
If your bachelor qualification was obtained outside the host country, contact the admissions office early to confirm equivalency and required documentation. For the internship, plan ahead so you can provide certificates detailing duration and specific tasks; this will be checked as part of your enrolment.
Admission requirements (summary)
Winter Semester (International)
15 April 2026
Summer Semester (International)
15 October 2026
Winter Semester (EU/EEA)
15 April 2026
Summer Semester (EU/EEA)
15 October 2026
Graduates are prepared for technical and engineering roles across the metallic materials value chain, including metal production, metal forming, foundry operations, steelmaking and non‑ferrous metallurgy. Typical positions include process engineer, production engineer, foundry or metallurgical specialist, quality and materials engineer, and roles in R&D and process development within manufacturing, automotive, aerospace, heavy machinery and metallurgy companies.
The programme’s emphasis on practical skills, the compulsory industrial internship and elective business-related modules also support transitions into project management, technical consulting or specialist positions in industry and research institutions. Graduates with strong academic records may also pursue doctoral studies in materials science and metallurgy-related fields.
TU Dortmund University — Dortmund
Esslingen University of Applied Sciences — Esslingen am Neckar
University of Siegen — Siegen
Brandenburg University of Technology Cottbus-Senftenberg — Cottbus