Магистратура in Инженерия in Europe

This master's program provides advanced training in electromechanical engineering technology, combining strong technical knowledge with professional and innovation skills. Students choose one option—Management or Mechatronics—and one specialization focus. Focus areas include Advanced Robotics, Clinical Engineering, Digital and Lightweight Manufacturing, Ecotechnologies, and Automotive Engineering. Each pathway includes a tailored master's thesis, practical coursework in subjects like control systems, robotics, and lightweight materials, and optional short international courses or internships. Students also take professional development modules in engineering ethics, communication, and teamwork.

To apply for this master’s program, candidates must hold an honors bachelor’s degree (B.Sc., B.Tech., B.Eng., etc.) or a master’s degree in a related field, with a strong grounding in mathematics and science, as well as a clear interest in the major area of study. English proficiency is required via one of the following: TOEFL iBT (min. 85, subscores ≥ 20), IELTS Academic (min. 6.5, subscores ≥ 6.0), or Cambridge CAE/CPE (min. 176, subscores ≥ 169). Applicants who earned a fully English-taught degree in Australia, Canada (English-speaking), Ireland, New Zealand, the UK, the USA, or who hold a Flemish secondary education diploma are exempt. While a GRE is not mandatory, it is strongly encouraged.

The admission process involves two stages: initial review by the Admissions Office, followed by evaluation by the program's Board. If your background aligns well with the program, you’ll be granted direct entry. If minor gaps are identified, you may be offered a preparatory program before starting the master’s degree. Applicants whose background doesn’t sufficiently match the program's requirements will unfortunately be declined.

This program equips students to tackle modern urban challenges through innovative, resource-efficient, and climate-conscious mobility solutions. It blends urban planning and transport engineering with entrepreneurial skills to drive real-world impact. Graduates are prepared to lead sustainable transformations in cities worldwide.

Applicants must hold a completed bachelor’s degree of at least 180 ECTS credits or equivalent from an internationally recognized university. Final-year students may apply with a statement confirming expected graduation before the program begins and may receive conditional acceptance. Proof of English proficiency is also required for admission.

This master's program in medical engineering spans four semesters and integrates research-based learning with elective-based coursework. Students alternate each semester between a 15-credit research module and 15 credits of electives, allowing them to tailor their studies to their interests. Electives are divided into foundational modules, advanced methodological modules, and technical specialization modules. Course topics include MRI, biochemistry, medical physics, biomechanics, biosensors, machine learning, nuclear imaging, and medical image computing. This balanced structure supports practical laboratory experience and theoretical knowledge development. The program concludes with a master's thesis and colloquium, preparing students for roles in research, development, or industry innovation.

To be admitted, applicants must hold a bachelor's degree with at least 180 ECTS credits, preferably in medical engineering or a related technical field. Applicants with a physiotherapy degree that includes technical components may also apply. A minimum cumulative grade point average of 2.59 (German system) is required, with a stronger GPA needed if the prior curriculum lacks sufficient technical alignment. For English proficiency, applicants must submit TOEFL (minimum 68 iBT), IELTS (minimum 5.5), or equivalent evidence such as native speaker status or adequate grades in prior schooling. German language proficiency must be at least DSH 2 (C1 level) or an equivalent certification. A CV with a photo must be included in the application.

This master’s program focuses on water management, environmental assessments, urban planning, and sustainability strategies. Students choose from a variety of technical and interdisciplinary courses in year one, followed by advanced topics and a 30-credit thesis in year two. The curriculum emphasizes both scientific and policy-oriented approaches to environmental challenges.

Applicants need a bachelor’s degree (180 ECTS or equivalent) in civil or environmental engineering, or a related field. English proficiency (e.g., IELTS 6.5 or TOEFL 90) is required, along with strong background in at least two of the following: fluid mechanics, hydrology, economics/planning, chemistry, or earth science. Basic math and programming knowledge is also recommended, and all documents must follow University Admissions guidelines.

This master's program offers interdisciplinary training in precision engineering with two specializations: Ultraprecision Engineering and Optical Engineering. These tracks provide both applied and theoretical knowledge to design safe and sustainable products. The program combines resources from a university and a university of applied sciences, making it the only one of its kind in Switzerland. It also provides access to doctoral pathways and close collaboration with top institutions in medical, optical, and precision engineering fields. Students work in a hands-on Creative Engineering Lab, taking ideas from concept to final product, and study in a diverse, international learning environment.

To be eligible for this master's program, applicants must hold a bachelor's degree in a field related to the program, such as automotive engineering, chemistry, chemical engineering, electrical engineering, energy and environmental technology, mechanical engineering, materials science, medical technology, microtechnology, photonics, physics, or system technology. A minimum grade of 5.0 or a grade C on the ECTS scale is required for direct admission. Candidates with a grade of 4.5 or grade D may still be admitted if they successfully complete an interview.

This master's program focuses on building structures, design, and construction technologies. Core courses cover structural elements, reinforced concrete and timber structures, finite element methods, and construction safety. Students can specialize in areas such as structural optimization, diagnostics, geotechnical engineering, and reconstruction. Several study tracks are available, including construction of civil buildings, reconstruction, and contractor-related topics. The program also integrates social sciences and pedagogical training. It includes a practical placement and concludes with a thesis, which may involve an engineering design project.

To be admitted to this master's program, applicants must hold a professional bachelor's degree in civil engineering along with a professional qualification as a civil engineer or an equivalent qualification. Additionally, they must demonstrate English language proficiency at a level equivalent to CEFR B2 to ensure they can fully engage with the program content.

This civil engineering program offers four specialization tracks: Structural Engineering, Climate Change Adaptation, Water Engineering, and Sustainable Mobility in Urban Areas. All tracks feature core courses in structural mechanics, geotechnics, numerical methods, and transport system design. Each path includes tailored electives, practical internships, and a final thesis, with topics ranging from infrastructure resilience and marine structures to sustainable urban transport and water-related risk management. Students can personalize their studies through additional elective credits aligned with their interests and career goals.

Applicants must hold a degree in civil or architectural engineering or demonstrate equivalence through academic credits. Specifically, at least 51 credits must be in architecture and civil engineering sectors (e.g., ICAR/01 to ICAR/11, ICAR/17), 39 credits in core civil engineering areas (ICAR/01 to ICAR/09), and 24 credits in mathematics and physics (MAT and FIS sectors). Foreign qualifications must match these standards or show equivalence through content and credits. A B2 English level is required, proven by approved certificates or a degree taught in English in specified countries. EU students typically pay around €1,200/year based on family income. Non-EU students usually pay a fixed fee of about €1,400/year. Check with the university for your exact fee.

This master's program covers advanced topics in structural engineering, materials, and sustainable construction. Key areas include earthquake engineering, road and building maintenance, urban hydraulics, environmental comfort, and structural modeling. The second year focuses on soil improvement, rehabilitation, prefabrication, and a final research or professional project.

Applicants must hold a bachelor’s degree in Civil Engineering or a related field. Degrees from Bologna Process countries or other recognized foreign qualifications are accepted. Admission is also possible based on academic, scientific, or professional experience, or if the candidate is nearing completion of their undergraduate degree. Recognition for admission purposes does not imply formal equivalence to a bachelor's degree.

This master's program focuses on materials chemistry and process engineering, offering students two specialization tracks. One track emphasizes the chemical development, characterization, and application of materials such as polymers, biomaterials, and materials for energy storage. The other track centers on the technical aspects, including the modeling and development of chemical production or energy conversion processes. Both paths integrate environmental, economic, and energy considerations, including life cycle analysis. Graduates are prepared for careers in academic and industrial research, production and quality management, equipment development, scientific consulting, and policy-making, or for further doctoral studies.

This master's program requires a bachelor's degree in natural or engineering sciences, specifically in chemistry with a strong emphasis on materials chemistry or chemical process engineering. Applicants must also demonstrate English proficiency with a TOEFL iBT score of at least 79, an IELTS score of 6.0 or higher, a Cambridge Certificate (minimum B or C), or UniCert Level II. Applicants from certain English-speaking countries or those who earned a degree in English in these countries or in Germany are exempt from submitting a language certificate. German applicants may use their Abitur as proof of English proficiency.

This master's program focuses on sustainable energy supply within the European context, emphasizing the need for safe, affordable, and environmentally friendly energy solutions. It offers a strong combination of theoretical knowledge and practical training through close collaboration with energy providers. The curriculum spans both traditional and renewable energy technologies, preparing students for independent and applied research. Approximately one-third of lectures are delivered by professionals from the energy industry, ensuring the program remains industry-relevant.

Students can choose between two specialization tracks: Electrical Power Engineering, which focuses on energy transmission, distribution, and systems; and Power Generation from Fossil and Renewable Fuels, which addresses technologies for energy production from various sources. Graduates are well-equipped for careers in research and development, technical product design, energy supply utilities, and planning of alternative energy resource applications.

To apply for this master's program, candidates must hold a Bachelor of Science in Power Engineering—either electrical or thermal—or in a related engineering field. Applicants need strong foundational knowledge in mathematics, physics, computer science, and either electrical or mechanical engineering. Additionally, those aiming to specialize in Electrical Power Engineering must demonstrate advanced understanding in topics such as electrical machines, drive systems, power electronics, and grid systems. Applicants interested in Power Generation from Fossil and Renewable Fuels should have in-depth knowledge in thermodynamics, power plant technology, heat transfer, and renewable energy systems.

Proof of English language proficiency is required, with accepted certificates including TOEFL iBT (minimum 79), IELTS Academic (minimum 6.0), Cambridge Certificate in Advanced English (minimum grade B), Cambridge Certificate of Proficiency in English (minimum grade C), or UniCert Level II. Only valid, unexpired certificates are accepted, and "medium of instruction" statements are not considered sufficient.

This master's program provides in-depth training in space technology, covering both theoretical foundations and hands-on project work. The curriculum includes core areas such as satellite technology, spacecraft dynamics and control, space propulsion, space sensors, and electronics. Students gain practical experience through dedicated design and technology projects and courses in planetary exploration and space robotics. Additional modules address mission planning, human spaceflight, spaceflight mechanics, satellite geodesy, and communication. To enhance interdisciplinary competencies, the program includes courses in project management, innovation and entrepreneurship, soft skills, and German for engineers, preparing graduates for leadership roles in the space sector.

This master's program in Space Engineering requires applicants to have completed a university degree equivalent to a bachelor's or demonstrate equivalent knowledge through substantial relevant work experience in the field. Candidates must also show proof of English proficiency, either through a recognized certificate (minimum TOEFL iBT 80 or IELTS 6.5), a degree taught in English, or by being a native speaker. Additionally, a minimum of one year of practical experience—through internships, project work, or a bachelor’s thesis with industry relevance—is required. Applicants without full work experience at the time of application may consult with the admissions team to assess eligibility.

This program includes two semesters of coursework and one semester dedicated to the Master’s dissertation. In the first term, students complete five core courses in energy systems, economics, and project management. In the second term, they continue with three core courses and choose two electives (12 ECTS) in areas such as law, forecasting, or sustainability. The final semester is devoted to an independent dissertation applying theory to real-world energy-related challenges.

Applicants must hold an undergraduate degree in Business, Economics, Engineering, Geotechnical or Natural Sciences from a recognized university. They must also demonstrate English proficiency at C1 level through an accepted language certificate. Graduates from English-taught universities are exempt from this requirement.