Mechatronics

This master's programme trains you at the intersection of mechanics, electronics and computer science, equipping you to design and develop modern mechatronic systems. Taught in English and situated in the Mechanical Engineering field, the curriculum emphasises interdisciplinary problem-solving so you can contribute creatively to both research and industry projects. The course prepares graduates to meet demanding technical challenges and to take on responsible roles in dynamic work environments.

Practical relevance is a key feature: the programme includes forward-looking modules such as "Industry 4.0" and "Unmanned Systems" and maintains close cooperation with regional businesses. That combination of hands-on orientation and industry links helps build professional experience and networks, improving employability in a range of settings — from international companies and research institutes to small and medium-sized enterprises. Graduates leave able to develop solutions for complex technical problems and assume leadership within multidisciplinary teams.

Requirements (check the university website or admissions office for full, up-to-date details)

• Language of instruction: English.
• Level: Master’s programme in the field of Mechanical Engineering.
• For official entry criteria (e.g., required prior degree, transcripts, proof of English proficiency, application documents, deadlines, visa/financing information) consult the programme’s admissions page or contact the university directly.

This programme places strong emphasis on industrialisation-related subjects early in the course. Core modules such as Industry 4.0 and Robotics / CNC machines focus on the technologies and workflows that modern manufacturers use, making this part of the curriculum especially valuable for students aiming for roles in production, automation or systems integration.

Another distinctive strand covers unmanned systems: both an Unmanned Vehicles module and an Unmanned Vehicles Laboratory provide hands-on and applied learning. These units prepare graduates to enter international industry roles directly after graduation or to continue their work in academic or applied research environments.

Teaching is explicitly interdisciplinary: electrical engineering, electronics, mechanical engineering and computer science are treated with equal weight to reflect the networked nature of IoT and Industry 4.0 solutions. The curriculum is also designed with regional industry in mind—North Thuringia’s many small and medium-sized enterprises typically require engineers with a broad, cross-disciplinary skillset, and the programme aims to deliver that breadth alongside applied, industry-relevant competencies.

Key modules and learning outcomes

• Industry 4.0 — understand digital manufacturing concepts, data-driven production and IoT integration in industrial contexts
• Robotics / CNC machines — develop practical skills in automation, robot programming and CNC-based manufacturing processes
• Unmanned Vehicles — acquire theoretical and practical knowledge of autonomous systems and their application areas
• Unmanned Vehicles Laboratory — gain hands-on experience testing, operating and validating unmanned platforms in lab-based projects
• Interdisciplinary systems competence — integrate electrical, electronic, mechanical and software perspectives to design and troubleshoot connected mechatronic systems
• Career and research readiness — prepared to work in international industry settings or to pursue further research in applied mechatronics and autonomous systems

Graduates are prepared for engineering and development roles in industry and research, including positions in automation, robotics, unmanned systems, IoT/Industry 4.0 applications, automotive and manufacturing companies, and research institutes. The programme’s practical orientation and regional industry links make graduates attractive to small and medium-sized enterprises as well as international firms.

Typical career paths include systems/mechatronics engineer, robotics developer, controls engineer, R&D engineer for unmanned systems, and roles in product development or technical project management. The interdisciplinary training (mechanical, electrical, software) supports flexibility to work in cross-functional development teams and pursue further research or doctoral studies if desired.