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The Track in the Master's programme in Mechanical Engineering is based on mandatory focus modules that cover key areas of each of the three specializations "Mechanical Design and Development", "Energy and Process Engineering", "Production Engineering".
Students can opt in for a specialization by selecting compulsory and elective subjects that match their interests and career goals. The programme also includes a student research project, offering hands-on experience in tackling real mechanical engineering challenges. A pivotal component is an industrial internship lasting at least 12 weeks, where students apply their theoretical knowledge in practical settings, crucial for their career development into the employment market.
For international students, a German language course is mandatory to equip them with basic language skills necessary for daily and professional life. Additionally, an advanced German course can be taken voluntarily as part of the ‘Studium Generale’ module.
The programme culminates in the development and defense of a Master's thesis. The thesis is developed under the guidance of faculty experts, allowing students to delve deeply into a specific area of mechanical engineering.

Students of the Mechanical Engineering Master's programme should possess strong skills in problem-solving and abstraction. A solid technical understanding and an interest in mathematics, physics, programming and logical thinking are essential. Additionally, proficiency in foreign languages is highly beneficial for career opportunities in international environments.

Graduates of the Master's programme in Mechanical Engineering are equipped to design, analyze, and optimize various mechanical systems using sophisticated engineering principles. They are skilled in applying theoretical knowledge to test and implement advanced technical solutions under scientific standards and real-world constraints.

Moreover, they assess engineering applications to devise effective solutions and address complex challenges with creative and integrated problem-solving approaches. Graduates are prepared to take on responsibility within interdisciplinary teams, manage specialized engineering projects, and communicate technical concepts and findings to diverse audiences.