The master's degree course in mechanical engineering at the University of Siegen is aimed at students who wish to deepen their engineering qualifications — nationally or internationally. Students choose one of three English-language specializations: Materials Engineering, Energy and Process Engineering, or Condition Monitoring - Digital Technologies. The program begins with a foundation module that deepens mathematical and engineering principles, ensuring that students with different academic backgrounds reach a common level of knowledge. In the subsequent module "Advanced Engineering Applications," students select courses from elective areas to assemble an individual study profile. Hands-on laboratory courses and small-group development projects provide practical experience. The program is completed by an industrial internship and the master's thesis.
The specialization in Condition Monitoring - Digital Technologies focuses on aspects of monitoring, damage identification and diagnosis for mechanical and mechatronic systems. It combines mechanics, acoustics, systems theory, electronics, statistics and computer science to achieve two main objectives: safety and machine efficiency. Students develop skills in understanding dynamic processes, signal analysis and processing, data-based learning approaches (Artificial Intelligence), algorithm and software development, machine and structure diagnostics, and sensors and hardware for diagnostics. Practical skills are trained using measurement data from various industrial branches including wind energy, rail vehicle technology, plant engineering, and aerospace. This specialization prepares graduates for careers in intelligent mechanical engineering systems, automation, smart and learning systems, and Predictive Maintenance, which are increasingly important in Industry 4.0 contexts.
The Master's program consists of specialization modules in the core areas of mechanical engineering, individual options for profile development, research and practical projects in cooperation with industry and university, and an independent Master's thesis in the 4th semester. The program offers flexibility with a wide range of specialization options including product development, materials engineering, production engineering, energy and process engineering, vehicle construction, and digital technologies.
Master
English
Engineering
Mechanical Engineering
Master of Science (M.Sc.)
About the Program
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The master's degree course in mechanical engineering at the University of Siegen is aimed at students who wish to deepen their engineering qualifications — nationally or internationally. Students choose one of three English-language specializations: Materials Engineering, Energy and Process Engineering, or Condition Monitoring - Digital Technologies. The program begins with a foundation module that deepens mathematical and engineering principles, ensuring that students with different academic backgrounds reach a common level of knowledge. In the subsequent module "Advanced Engineering Applications," students select courses from elective areas to assemble an individual study profile. Hands-on laboratory courses and small-group development projects provide practical experience. The program is completed by an industrial internship and the master's thesis.
The specialization in Condition Monitoring - Digital Technologies focuses on aspects of monitoring, damage identification and diagnosis for mechanical and mechatronic systems. It combines mechanics, acoustics, systems theory, electronics, statistics and computer science to achieve two main objectives: safety and machine efficiency. Students develop skills in understanding dynamic processes, signal analysis and processing, data-based learning approaches (Artificial Intelligence), algorithm and software development, machine and structure diagnostics, and sensors and hardware for diagnostics. Practical skills are trained using measurement data from various industrial branches including wind energy, rail vehicle technology, plant engineering, and aerospace. This specialization prepares graduates for careers in intelligent mechanical engineering systems, automation, smart and learning systems, and Predictive Maintenance, which are increasingly important in Industry 4.0 contexts.
The Master's program consists of specialization modules in the core areas of mechanical engineering, individual options for profile development, research and practical projects in cooperation with industry and university, and an independent Master's thesis in the 4th semester. The program offers flexibility with a wide range of specialization options including product development, materials engineering, production engineering, energy and process engineering, vehicle construction, and digital technologies.
The specialization in Condition Monitoring - Digital Technologies focuses on aspects of monitoring, damage identification and diagnosis for mechanical and mechatronic systems. It combines mechanics, acoustics, systems theory, electronics, statistics and computer science to achieve two main objectives: safety and machine efficiency. Students develop skills in understanding dynamic processes, signal analysis and processing, data-based learning approaches (Artificial Intelligence), algorithm and software development, machine and structure diagnostics, and sensors and hardware for diagnostics. Practical skills are trained using measurement data from various industrial branches including wind energy, rail vehicle technology, plant engineering, and aerospace. This specialization prepares graduates for careers in intelligent mechanical engineering systems, automation, smart and learning systems, and Predictive Maintenance, which are increasingly important in Industry 4.0 contexts.
The Master's program consists of specialization modules in the core areas of mechanical engineering, individual options for profile development, research and practical projects in cooperation with industry and university, and an independent Master's thesis in the 4th semester. The program offers flexibility with a wide range of specialization options including product development, materials engineering, production engineering, energy and process engineering, vehicle construction, and digital technologies.
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How do I apply to Mechanical Engineering at Universität Siegen?
Most international applicants apply via uni-assist (document verification + APS for some countries). Prepare your secondary/Bachelor diploma, transcripts, language certificate (DSH/TestDaF or IELTS/TOEFL), motivation letter and CV. Non-EU students also need a Sperrkonto (~11,904 EUR/year) for the visa.
- Check requirements — Verify your degree is recognised + meet language/grade thresholds.
- Get language certificate — TestDaF / DSH for German programmes, IELTS / TOEFL for English.
- Submit via uni-assist (non-EU) — Document review + APS if your country requires it (China, India, Pakistan, Vietnam, etc.).
- Apply directly or via uni portal — Some universities accept direct applications — check the official programme page.
- Open Sperrkonto + apply for visa — After admission, deposit 11,904 EUR, get health insurance, book embassy appointment.
Frequently Asked Questions
Quick answers about Mechanical Engineering at Universität Siegen
Is Mechanical Engineering at Universität Siegen taught in German or English? ▼
This Master programme is taught in English. Make sure to check the language requirements (e.g. TestDaF, DSH, IELTS or TOEFL) before applying.
How much does the Mechanical Engineering programme cost? ▼
No tuition fee (only semester contribution). International students should also budget around 800–1000 EUR/month for living costs in Germany.
What are the admission requirements for Mechanical Engineering at Universität Siegen? ▼
Typical requirements include: a recognised secondary/undergraduate degree, proof of language proficiency (English), and (for non-EU applicants) a uni-assist application plus financial proof (Sperrkonto ~11.904 EUR/year).
When is the application deadline? ▼
Application deadlines vary: winter semester usually closes on 15 July, summer semester on 15 January. Always confirm the exact deadline on the official university website.
Can I work in Germany while studying Mechanical Engineering? ▼
Yes. International students may work up to 140 full days / 280 half days per year without additional permission. After graduation you can apply for an 18-month job-seeker permit.
How do I apply to Universität Siegen — directly or via uni-assist? ▼
Most German universities accept international applications through uni-assist for document verification. Some unis accept direct applications — check the programme page on the official site.