Master's in Engineering in Europe

The program in Engineering for Historic Building Rehabilitation focuses on the conservation and structural enhancement of heritage structures. It covers construction technologies, seismic safety, architectural conservation, and materials science, with a strong emphasis on cultural heritage and historic masonry. Courses address both the technical and historical aspects of building preservation. In the second year, students undertake advanced design and rehabilitation work and can choose between a thesis-only final project or options involving internships or international mobility. Electives allow further specialization in materials, environmental impact, and sustainable structural practices.

Admission to the program requires a degree in civil engineering, architecture, or building sciences, or the fulfillment of specific credit requirements in architecture, engineering, and mathematics/physics subject areas. Candidates with foreign qualifications are assessed individually for alignment with these criteria. Students who have not yet graduated may apply if they have earned at least 165 ECTS. Proficiency in English at B2 CEFR level is mandatory and must be proven through accepted certificates or qualifying academic background. While Italian is not required for admission, basic knowledge is necessary for a mandatory second-year course. 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 offers in-depth education in automotive engineering with options to specialize or follow a general track. Students begin with modules in general engineering and automotive-specific areas like vehicle development, propulsion, and interior design. Specialization tracks include Automotive Body Engineering, focusing on vehicle structure, safety, and materials; Automotive Propulsion Engineering, centered on combustion and electric systems and environmental impact; Computational Aided Engineering Automotive, emphasizing simulation and ergonomics; and a general track for broader competence. Coursework includes modules on powertrain calibration, acoustics, simulation, global homologation, and advanced design methods. A three-semester standard pathway culminates in a thesis, while a four-semester double degree option with study in Australia offers a research project and dual qualification.

Applicants must hold a completed degree in automotive and drive engineering or mechanical engineering to qualify for this master's program. For international applicants from outside the European Higher Education Area, admission is based equally on their final university grade and GRE score, with a minimum of the 81st percentile in the Quantitative section of the GRE. Those from China, India, or Vietnam must also provide an APS certificate. All applicants whose native language is not English must prove English proficiency through TOEFL (minimum 92 iBT or 580 PBT), IELTS (minimum 6.5), or a Cambridge FCE (Grade C), unless they studied at an English-speaking institution. Additionally, German language skills at A2 level are required for program entry, and B1 level is mandatory for registering the master's thesis.

This master's program focuses on advanced topics in structural engineering, including life-cycle assessment, geotechnical engineering, high-performance materials, and prestressed concrete. Students gain expertise in the finite element method, digital building processes, and engineering management. Elective options allow further specialization in areas such as timber construction, fatigue and structural dynamics, area planning, and pavement materials. The program also includes opportunities for internships, research projects, and interdisciplinary studies. It culminates in a master's thesis based on independent research in structural engineering.

To be eligible for this master's program, applicants must have completed a three-year bachelor's degree in engineering, specifically in civil and constructional engineering, or mechanical or marine construction, in accordance with Norwegian national education standards. The academic background must include at least 25 ECTS in mathematics, 5 ECTS in statistics, and 7.5 ECTS in physics. A weighted average grade of C or higher is also required for admission.

This program focuses on mechanical design, fluid mechanics, material science, and machine dynamics.
Students engage in advanced research projects, optimization, and laboratory-based manufacturing.
The program emphasizes hands-on skills, industry placements, and a strong final thesis component.
Language training, civic engagement, and entrepreneurship are also included to support professional development.

Applicants must hold a Bachelor of Science, Master of Science, or equivalent degree.
English proficiency at B2 level is required, proven by IELTS (min. 6), TOEFL (min. 87 iBT), TOEIC (min. 700), or similar certifications.
Cambridge English (FCE, CAE, CPE), Pearson, and Edexcel qualifications are accepted.
Alternatively, proof of English as the medium of instruction.

This master's program trains students in the field of Engineering, focusing on the development and management of sustainable mobility and supply chains. The curriculum includes core courses such as transport system modeling, supply chain design, intelligent transport systems, and transport economics. It offers specialization tracks in Industrial Engineering, Optimization and Analytics, Urban Planning, and Supply Chain, each deepening expertise in areas such as sustainable logistics, production planning, urban mobility, and operations management. Electives allow students to broaden their knowledge in entrepreneurship, sustainability, or communication. The program also includes project work, an internship, and a master’s thesis, ensuring practical and research-oriented learning.

To apply for this master's program, applicants must hold a 3-year Bachelor of Engineering from a European university, a 4-year Bachelor of Engineering or Engineering Technology, or a Master of Engineering. International applicants must apply through the university's Admissions Office and submit all required documents. GRE scores are not mandatory but may be considered an asset. Proof of English proficiency is required through one of the following: an IELTS score of at least 7.0 (with no subscore below 6.5), a TOEFL iBT score of at least 94 (with no subscore below 22), or a Cambridge CAE score of at least 185 (with no subscore below 176). Applicants who earned their university or high school degree in Australia, English-speaking Canada, Ireland, New Zealand, the United Kingdom, or the United State

This master's program focuses on advanced topics in manufacturing and mechanical engineering. Core courses cover scientific research methods, surface roughness control, patents, and material science. Electives allow specialization in areas such as micowelding, nontraditional manufacturing methods, diagnostics and monitoring of machinery, NC tool processing, tribosystems, and production technology. Courses in psychology, pedagogy, communication, and management support leadership and design education. Students also complete a master’s thesis based on independent research. The program combines technical depth with interdisciplinary insights to prepare graduates for innovation in modern manufacturing.

To be admitted to this master's program, applicants must have a bachelor's degree in mechanical engineering, mechanics, metal processing, or a closely related engineering discipline. Additionally, they are required to demonstrate English language proficiency at a minimum of CEFR B2 level to ensure they can follow the program's academic content and communication requirements.

This master's program in food safety and quality engineering equips students with the knowledge and technical skills to manage risks, ensure quality, and uphold food standards across production chains. Students start with foundational courses such as Food Safety and Regulation, Food Industry Management, Spectroscopic Analytical Methods, and the Physiological Aspects of Food Safety and Quality. The program also includes Quality Assurance of Food Inspections, Science of Nutrition, and Risk Communication.

Further into the program, students learn about Analytical Classification of Foodstuffs, Separation Techniques, Microbiological Food Safety, and Molecular Biological Methods. Training also covers Consumer Sensory Evaluation and Food Safety Risk Assessment. Throughout the curriculum, students complete professional practice, engage in research projects, and produce a master's thesis over two semesters. Practical laboratory experience and managerial training are integrated to prepare graduates for roles in food safety and regulatory systems.

This master's program requires applicants to submit a letter of motivation explaining their interest in the course, along with an official copy of their bachelor's degree certificate and transcripts. Applicants must also provide a brief Curriculum Vitae. Proficiency in English at the B2 level is mandatory. Accepted language certificates include TOEFL (minimum of 550 on PBT or 72 on iBT), IELTS (minimum 6.0), Cambridge First Certificate (grade “C” or at least 160), and Pearson PTE or Academic PTE (minimum 59), among others. English test results must be official and valid. Alternatively, applicants may submit proof that the entire bachelor's program was conducted in English through an official signed and stamped certificate. Degrees earned in English-speaking countries are also accepted. However, DUOLINGO and EF SET tests are not considered valid proof of English proficiency.

This master's program focuses on energy engineering with strong links to automation, materials science, and applied thermodynamics. It includes major subjects like machine learning, power electronics, energy markets, battery engineering, electric vehicles, and advanced photovoltaics. Students also study smart grids, microgrids, electric drives, and hydrogen-based mobility, with practical labs and project-based courses in innovation, materials, and energy production. The curriculum combines engineering skills with modules in entrepreneurship and international perspectives, and culminates in a master’s thesis. Elective options and specialized modules allow students to tailor their learning path toward energy transition technologies or advanced power systems.

This master's program is open to applicants with an honors bachelor's or master's degree focused on energy-related domains, such as energy or electromechanical engineering technology, and a strong background in science and mathematics. Applicants must demonstrate motivation for the field of energy and meet English proficiency requirements with minimum scores of 79 on TOEFL iBT, 6.5 on IELTS, C1 on Cambridge Advanced, or 120 on the Duolingo English Test. Exemptions apply to graduates from select countries or those who completed English-taught programs with official proof. A bridging program may be required for some applicants depending on their academic background.

This master's program focuses on developing advanced engineering expertise for sustainable energy and environmental systems. Students choose a specialization in areas such as energy storage, electricity supply networks, power electronics, automotive engineering, photovoltaic systems, or sustainable system development. The curriculum includes foundation modules in technical sciences, theoretical principles, and applied context, covering topics like thermodynamics, fluid dynamics, environmental technologies, optimization, and project management. Specialized training includes practical project work and a master's thesis, amounting to 54 ECTS credits. Supplementary seminars and events offer deeper insight into advanced topics that align with the chosen focus area.

To be eligible for this master's program, applicants must hold a bachelor's degree in energy and environmental systems technology, electrical or mechanical engineering, automotive or system engineering, materials and process engineering, or a comparable technical or business field. Admission typically requires a GPA of at least 60 (BFH scale) or 5.0 (Swiss scale), or an equivalent strong academic performance from abroad. Candidates with slightly lower GPAs may still be considered if they have relevant work experience and demonstrate strong motivation. Depending on prior education, applicants may need to complete 9 to 15 ECTS credits in bachelor's-level courses alongside the master's program. Professional experience in industrial, technical, or economic fields is expected. Applicants must also demonstrate English proficiency at C1 level and, if relevant, German or French at B2 level.

This master's program prepares students for advanced work in the energy sector by offering in-depth knowledge in energy systems, power generation, and sustainability. Students choose one of three specialization tracks: Electrical Energy, focusing on electric power systems, machines, and renewable energy technologies; Thermo-Mechanical Energy, centered on thermal systems, fluid mechanics, and energy conversion; and General Techno-Economic Energy Knowledge, which integrates technical knowledge with economic and policy analysis. The curriculum includes subjects like energy efficiency, thermodynamics, electrical machines, energy markets, and environmental impact, along with project work and a master's thesis.

To apply for this master's program, candidates must hold a bachelor's degree in electrical or mechanical engineering or a closely related field, with at least 180 ECTS credits. Applicants should have completed at least 60 ECTS in electrical or mechanical engineering and 30 ECTS in basic sciences, including mathematics, mechanics, and physics. Prior knowledge of five key subjects—electrical energy and drives, fluid mechanics, heat transfer, system and control theory, and energy conversion—is essential. If any of these are missing, students should complete them through independent study or formal coursework, particularly if more than 6 credits are lacking. A high GPA is expected, and a strong background in both electrical and mechanical engineering is crucial. Two recommendation letters are required, and while GRE scores are not mandatory, they may be an asset. Applicants must demonstrate English proficiency through IELTS (minimum 7.0 overall, no subscore below 6.5), TOEFL iBT (minimum 94, no subscore below 22), or Cambridge CAE (minimum 185, no subscore below 176). This requirement is waived for those who earned a university or high school degree entirely in English in Australia, Canada (English-speaking), Ireland, New Zealand, the United Kingdom, or the United States.

This program offers three specialization tracks: Chemical Engineering for Energy Transition, Process Engineering, and Sustainable Technologies and Biotechnologies for Energy and Materials. The first track focuses on low-emission industrial technologies, energy sustainability, and chemical process design. The second emphasizes plant and process development, fluid transport, and advanced safety and materials management. The third integrates biotechnology with materials and environmental engineering, exploring sustainable solutions and green chemistry. All tracks include laboratory work, elective modules, and a final thesis or internship, with options for international experience.

Applicants must hold a university degree equivalent to at least 180 ECTS credits, with sufficient academic background in chemical, materials, or process engineering subjects. Admission is based on an evaluation by the Master's Committee, which may assign specific course requirements to be completed as electives. English proficiency is mandatory: B1 level for the Process Engineering track, and B2 level for the Sustainable Technologies and Biotechnologies track, with certification required by the end of the first year. Students nearing graduation may apply if they have earned at least 165 ECTS credits at the time of application. 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 is focused on robotics and automation systems and is structured to combine core theoretical knowledge with practical and research-based learning. The basic training includes technical-scientific modules covering subjects such as robotics, drive systems, automation, industrial control, and model predictive control. Theoretical modules build advanced skills in areas like digital image processing, optimization, simulation, and dynamic systems. Context modules enhance professional competencies in project management, innovation, sustainability, and risk management, contributing a total of 30 ECTS credits.

Students also complete a specialized segment consisting of two applied project phases and a master’s thesis, totaling 54 ECTS credits. These projects are designed to tackle current and practical challenges, allowing students to apply and present their knowledge effectively. To deepen their expertise further, students take 6 ECTS credits in complementary modules offered through courses and seminars at partner institutions, covering topics like Internet of Things, hardware signal processing, and virtual prototyping. The program is well-suited for those aiming to work at the forefront of industrial automation and robotics.

To be admitted to this master's program, applicants must hold a bachelor's degree in Electrical and Information Technology, Mechanical Engineering, Micro and Medical Engineering, Systems Engineering, or a closely related discipline. An equivalent Swiss or international degree with very good to excellent academic performance is also accepted. A minimum GPA of 60 points or a grade of 5.0 on the Swiss scale is required, though applicants with slightly lower grades may still be considered if they present strong motivation and relevant professional experience. Admission is typically based on academic background and may require completing 9 to 15 ECTS credits in bachelor-level courses if the applicant's degree is from a different discipline.

Applicants should have work experience in a technical or economic field. Language requirements include a B2 level in German or French for those without education in these languages and a C1 level in English for international applicants. The admissions process might involve an interview or aptitude assessment. Upon acceptance, the admission conditions are specified in a contract, and students may begin the program provisionally while fulfilling any additional coursework.