Computer-Aided Conception and Production in Mechanical Engineering (CAME)

This English-taught MSc trains you in advanced methods of computer-aided engineering (CAE) and digital engineering so you can design, simulate and optimise complex mechanical systems. The curriculum emphasizes the use of modern simulation software and workflows needed to create digital twins — high-fidelity virtual counterparts of physical products that improve the accuracy and reliability of engineering design. Alongside software skills, the programme provides solid interdisciplinary foundations in areas such as finite element methods, numerical methods, continuum mechanics and multibody dynamics.

The degree is practice-oriented and offers two distinct pathways so you can specialise according to your career goals. The Conception of Machines track is design-focused and covers software-based methods for structural design and dimensioning, advanced technical drawing and adapting digital models to operational requirements. The Production of Machines track is manufacturing-focused and concentrates on software tools for industrial production, modelling and simulation of manufacturing processes, and predicting life cycles of materials, parts and components.

For international applicants it’s a programme that prepares you for roles in industries where digital modelling, simulation and production planning are central (for example automotive, aerospace, machinery and high-tech manufacturing). Make sure to consult the official programme page for application deadlines, tuition/fees and detailed admission conditions.

Key facts and what to check

• Language of instruction: English
• Core topics: computational intelligence, CAE, digital twins, advanced simulation software, finite element methods, numerical methods, continuum mechanics, multibody dynamics
• Two specialisation tracks:
  • Conception of Machines — design-oriented: structural design/dimensioning, complex technical drawings, optimisation of digital models to operating needs
  • Production of Machines — production-oriented: software tools for industrial production, modelling/simulation of manufacturing processes, life-cycle prediction of materials and components
• Formal admission criteria, application procedures, language proficiency requirements and deadlines are not provided here — consult the university’s official programme page for complete entry and application details.

This MSc program combines specialist, track-based coursework with elective choices so you can tailor studies to your interests within mechanical engineering. Alongside these academic modules, the curriculum includes an integrated mobility window that gives you a structured opportunity to gain hands-on experience—either through a nine-week internship in industry or by completing a short (mini-)thesis in collaboration with a research institute. You also take two formal language courses plus an additional linguistic elective to strengthen communication skills important for international careers or research.

The programme culminates in a Master’s thesis, which may be carried out internally with a university research group or externally in partnership with a company, allowing you to apply theoretical knowledge to a substantive research or development project. Overall, the design balances advanced technical instruction, practical workplace experience, and language competency to prepare graduates for work in industry or continued research.

Key curriculum components and outcomes

• Track-specific compulsory courses and electives to build both breadth and depth in computer-aided conception and production
• Integrated mobility window: opportunity to complete a nine-week internship OR write a mini-thesis with a research institute
• Two language courses plus one linguistic elective to improve professional and academic communication
• Master’s thesis, possible either internally with a university institute or externally with a company
• Learning outcomes include the ability to integrate theoretical and practical skills, conduct applied research or development projects, demonstrate workplace-readiness through internship experience, and communicate effectively in at least one additional language

For full module lists, credit distribution and semester-by-semester structure, consult the programme’s official MSc CAME webpage.

Graduates are prepared for roles that require advanced CAE and simulation expertise, such as simulation engineer, digital twin developer, product development engineer, or manufacturing process analyst. The combination of simulation methods, lifecycle prediction and practical project/internship experience equips you to work in R&D, design offices, industrial production planning and high-tech engineering consultancies.

The option to carry out a Master’s thesis with an industrial partner also facilitates direct entry into industry and supports candidates seeking applied research positions or doctoral studies in mechanics, computational engineering and related fields.