This English-taught MSc programme trains engineers to work where digitalisation, technology and production meet. It combines rigorous engineering methods—such as finite element and numerical methods, simulation, mechanics and software engineering—with practical management knowledge in areas like marketing, accounting, human resources and international business. The curriculum is aimed at early-career engineering graduates who want both the technical depth to solve complex engineering problems and the managerial skills to lead change in industrial settings.
You choose a focused career path through one of two specialised study tracks. Graduates are prepared for roles that bridge engineering and business—project engineer roles in advanced manufacturing, positions in digital production and simulation, or leadership posts requiring an understanding of both product/process development and organisational decision-making.
Key topics and specialisations
Study tracks
The programme combines advanced engineering and management education with specialised coursework in computer-aided mechanical engineering. Its curriculum is organised into core (non-track-specific) engineering and management modules, compulsory courses tied to your chosen track, elective options to tailor your focus, and language classes to support study and international collaboration. The degree concludes with a Master's thesis that can be carried out either within an institute or externally in partnership with a company.
Students will gain a mix of theoretical knowledge and practical skills: broad engineering fundamentals and management methods, deeper technical expertise in computer-aided design, simulation and manufacturing through track-specific courses, and the ability to customise their profile via electives. Language training and project work improve communication and teamwork across international and interdisciplinary settings. Completing the thesis—especially when done with an industry partner—develops research competence, problem-solving in realistic contexts, and enhances employability.
For the full, detailed module sequence and credit information, consult the MSc MME-CAME programme website.
Program components
Key learning outcomes
Please consult the program website for the complete and authoritative list of entry requirements and documentation details. The information below summarizes the core academic and credential expectations for applicants to this Master’s program in the mechanical engineering field.
Successful applicants normally hold a relevant undergraduate engineering degree and must demonstrate basic engineering knowledge. In addition, you must provide evidence of at least six months of relevant professional experience by the time you submit your application. For international applicants, make sure all documents are translated and certified as required by the admissions office.
Winter Semester (International)
1 March 2026
Winter Semester (EU/EEA)
15 July 2026
Graduates are prepared for roles that require both technical depth and managerial understanding, such as project or simulation engineers, production/process designers, digitalisation specialists (IoT/digital twin), and technical team leaders in manufacturing and product development. The combination of simulation skills and business knowledge also suits careers in consulting, product lifecycle management and technology-driven operations management.
The programme’s strong industry links and the option to write a thesis with a company make it particularly relevant for applicants who want to move directly into applied engineering positions or transition into leadership roles that span engineering and business functions.
TU Dortmund University — Dortmund
Esslingen University of Applied Sciences — Esslingen am Neckar
TU Bergakademie Freiberg — Freiberg
University of Siegen — Siegen