Advanced Engineering – Dynamics // Simulation // Sustainability // Reliability

General Information

Our successful Master's programme in Mechanical Engineering is from now on only offered in English language.

It builds upon fundamental knowledge acquired in undergraduate studies in mechanical engineering or comparable fields and provides advanced qualifications at the master's level, preparing graduates for high-level engineering roles. The core compulsory modules define the programme's profile through three focal areas:

• Drive Systems,
• Mechatronics,
• Materials and Structural Mechanics.

These areas can be further expanded with specialized technical electives. Additional interdisciplinary project work as part of the course of study foster broad knowledge and methodological skills, promoting a systemic and holistic approach to mechanical engineering.

Upon completing their studies, graduates of this Master’s programme in Mechanical Engineering are equipped to independently conduct scientific work in applied research and development in academia and industry. The industry is waiting for you!

Application period:  Winter semester:
01.06. – 30.09. for German students
01.04. – 20.04. for international students via uni‑assist*

Degree: Master of Engineering
Form of study: Full-time, part-time, dual
Standard period of study: 3 semesters (1,5 years)
Numerus Clausus: none

Course content

The programme emphasizes a comprehensive understanding of machines as integrated systems where components from various disciplines interact. It covers mechanical, dynamic and electronic interactions within specific assemblies, as well as aspects of sustainability, optimality, robustness and reliability, transfer and flow of energy, material, and information. Key systemic interactions include:

• Power flows and energy conversion,
• Optimization of overall system performance,
• Dynamic responses and control loop design,
• Programming of fault-tolerant software,
• Innovative component design and material selection.

Integrated system development also accounts for unavoidable disturbances and tolerances, ensuring overall system stability and reliability.

Career Opportunities

Graduates of this programme have excellent career prospects in a wide range of industries and research institutions. With a strong foundation in engineering, innovation, and project management, they are well-equipped to take on leadership roles in technology-driven environments. Typical career paths include:

• Research & Development (R&D) Positions: Employment in mid-sized and large companies with dedicated R&D departments, driving innovation in mechanical, automotive, and plant engineering.
• Project Leadership in Engineering: Managing and executing complex research and development projects in mechanical engineering, automotive technology, and industrial plant design.
• Design & Operation of Advanced Systems: Conceptualizing, developing, and operating sophisticated manufacturing and process engineering systems.
• Scientific & Technical Services: Providing expert services for the design, testing, and validation of safe and robust systems and components, even in extreme environments.
• Academic Research & Higher Education: Opportunities to work on externally funded research projects at universities and research institutions, with potential pathways to a doctoral degree.

Additionally, graduates can explore emerging fields such as digital manufacturing, sustainable engineering, artificial intelligence in industrial applications, and the development of resilient systems for future technologies. The combination of theoretical knowledge and practical expertise opens doors to careers in both the private and public sectors, as well as entrepreneurship in high-tech industries.

Admission requirements

A first professional university degree in Mechanical Engineering or a comparable field.
For further information please check on our website