In the first year (the first two semesters) you build a strong theoretical foundation in manufacturing technology while selecting elective modules that match your interests. The programme is taught in English and attracts an international cohort, which helps develop intercultural skills and global perspectives.
The second year focuses on hands-on learning through laboratory work and scientific or industrial project modules. These practical components consolidate the ability to apply theory to real problems, enable you to compare current industrial manufacturing processes with recent state‑of‑the‑art developments, and give experience in organising and executing projects in multi‑member teams.
An Interdisciplinary Qualification module introduces methods from other fields such as the humanities, social or economic sciences, and rhetoric and language courses support both professional communication and personal development. The master’s thesis is the final, independent research task demonstrating your ability to tackle a complex problem. Graduates are prepared to analyse and optimise manufacturing processes, assess production systems, and design new manufacturing techniques.
Requirements / key components
More information: http://www.mmt.mb.tu-dortmund.de/
This program builds a solid theoretical foundation in advanced manufacturing during the first two semesters. Core, compulsory modules include Machining Technology I and II, Materials Science, Bulk Metal Forming and Sheet Metal Forming, giving you in-depth knowledge of machining processes, material behavior and large- and small-scale forming techniques. Alongside these technical courses, the Interdisciplinary Qualification module focuses on soft skills and language training to prepare you for professional teamwork, communication and international work environments. You also tailor part of your curriculum by choosing elective modules that match your interests and career goals (an up-to-date list of electives is available on the program’s course overview).
In the third semester you move from theory into practice: project work and laboratory activities are central, letting you apply analytical methods and manufacturing concepts to real problems, gain hands-on experience with equipment and measurement techniques, and develop project-management and collaborative skills. The program concludes in the fourth semester with a Master’s thesis, where you carry out independent research or an applied development project that demonstrates your ability to synthesize knowledge, solve complex engineering problems and communicate results clearly.
For full module descriptions and the current elective catalogue, consult the program’s module descriptions and the online course overview.
Requirements (curriculum milestones)
This master’s programme requires a completed Bachelor’s degree (or equivalent) in mechanical engineering or a closely related field. The undergraduate qualification must follow the European credit standard and include core technical modules in mathematics, mechanics and subjects such as materials engineering, production engineering, theory of design, metallurgy or feedback control. The programme sets minimum ECTS amounts for these topic areas to ensure sufficient prior technical preparation.
Applicants must meet a minimum overall academic grade and provide proof of English-language ability. Several additional documents are recommended to strengthen an application. The admissions committee reviews applications holistically and may allow exceptions, request additional conditions, or admit candidates with comparable qualifications at its discretion.
Winter Semester (International)
15 March 2026
Winter Semester (EU/EEA)
15 March 2026
Graduates are prepared to analyse, evaluate and optimise manufacturing processes and production systems, and to design new manufacturing techniques. The programme’s mix of theory, laboratory work and industrial project experience equips students for technical roles in process engineering, production development, quality assurance, and manufacturing R&D within sectors such as automotive, aerospace, machinery and industrial suppliers.
Additionally, the interdisciplinary and international components (soft skills, languages, project work) prepare graduates for roles in project management, consulting and cross-disciplinary teams; graduates may also pursue doctoral research in manufacturing technology and related engineering fields.
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