석사 in 엔지니어링 in Europe

This master's program provides specialized training in engineering with three study options: Chemical and Biochemical Process Engineering, focusing on reactor design, process control, and biocatalysis; Product Engineering, emphasizing product design, polymers, and materials technology; and Environmental Engineering, which covers sustainable resource recovery, environmental technology, and water treatment. Students complete core courses in transport phenomena, thermodynamics, modeling, and safety, along with electives and a master's thesis. The program combines theoretical foundations with applied research and laboratory work, preparing students for innovation in process industries, product development, and environmental solutions.

To apply for this master's program, students must hold a bachelor's degree in chemical engineering or an equivalent qualification. All applicants must demonstrate English proficiency through one of the following: an IELTS Academic score of at least 7.0 (no subscore below 6.5), a TOEFL iBT score of at least 94 (no subscore below 22), or a Cambridge CAE score of at least 185 (no subscore below 176). Applicants with a degree earned entirely in English in Australia, English-speaking Canada, Ireland, New Zealand, the UK, or the USA are exempt from this requirement. A GRE score is mandatory unless the applicant holds a degree from an EEA country, the UK, or Switzerland. GRE scores must be submitted through the ETS system using KU Leuven’s institutional code 0749.

This master's program centers on environmental planning and is structured around project-based learning. Students engage in two major projects that integrate theoretical, methodological, and practical skills across planning, design, society, and policy. These projects are supported by excursions and complemented by modules in planning tools and techniques. The program comprises 78 ECTS in compulsory modules—including the projects and the master’s thesis—alongside 24 ECTS in core and complementary compulsory electives, and 18 ECTS in freely chosen electives. This structure allows students to personalize their academic focus through project selection and interdisciplinary or closely related elective modules.

This master's program requires a degree in a relevant field such as environmental planning, ecology, landscape architecture, urban and regional planning, geography (with a focus on physical geography and GIS), environmental sciences, or a closely related subject. Applicants must demonstrate at least 90 ECTS in coursework related to environment and planning. Since the program is taught in English, proficiency at CEFR level C1 is mandatory. German language skills are not required but acquiring basic German before starting the program is recommended for international students.

Graduates of this master’s program earn the professional title of M.Sc. in Engineering and build upon knowledge from their first-cycle studies. They develop creative, practical, and interdisciplinary skills essential for professional practice in the civil engineering sector. Equipped to work in design offices, construction firms, research institutions, consulting agencies, and public administration, graduates also gain the foundation to pursue building qualifications and teaching roles in vocational schools. The program emphasizes teamwork, legal and economic awareness, and continuous professional development.

To apply, candidates must hold a BSc in Civil Engineering with a high GPA and provide confirmation of their knowledge of Eurocodes (European standards for structural design).

This program equips future engineers with interdisciplinary skills in environmental protection, resource management, and sustainable infrastructure. Students learn to assess and protect water, soil, and air, design water and wastewater systems, manage waste and renewable energy, and develop HVAC and geotechnical solutions. The curriculum includes modern tools like GIS and modeling software. Top-performing students may earn a double degree through a partnership with institutions in other countries.

To apply, candidates must hold a Bachelor’s degree in Environmental Engineering with a high GPA.

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.

This master’s program equips students with advanced theoretical and practical knowledge in mechanics, machine design, and manufacturing. Graduates develop strong skills in using modern computational tools and engineering software, enabling them to design, manage, and supervise mechanical systems. The program also prepares students for leadership roles, doctoral studies, and entrepreneurship, including running small and medium enterprises with a solid grasp of relevant legal and operational frameworks.

To apply, candidates must hold a BSc in Mechanical Engineering, Management and Production Engineering, or related fields such as Automatics and Robotics, Civil Engineering, Electrical or Power Engineering, Mechatronics, Materials Engineering, or Environmental Engineering. Degrees in fields like Biomedical Engineering, Chemical and Process Engineering, Transport, Aviation, or other related disciplines are also accepted.

This master’s program provides advanced education in ship design, ocean engineering, and offshore technologies. It includes core courses such as structural mechanics, fluid dynamics, reliability and risk analysis, and advanced modeling techniques. Students choose from specialized modules focused on areas like ship propulsion systems, hull design, and wind energy technologies. The curriculum features team research projects, interdisciplinary and humanistic subjects, electives, and culminates in a master's thesis and seminar. Graduates are equipped for careers in marine engineering, offshore infrastructure, and renewable maritime energy sectors.

To apply, candidates simply need to hold a completed engineering degree in Mechanical Engineering or a closely related field.

This master's program focuses on advanced mathematical techniques and their applications in engineering contexts, blending theory, modeling, and computational methods. Students follow core courses in applied mathematics, statistics, and systems theory, then choose electives from specialized areas such as signal processing, control systems, scientific computing, cryptography, mathematical physics, biomechanics, and finance. Options for cross-disciplinary learning are available through clusters like systems engineering, numerical analysis, and operations research. The program also includes a master’s thesis and allows participation in international research projects or summer schools. It is designed to prepare students for careers in high-tech industry, research, or academic environments.

To apply for this master's program, candidates must demonstrate a strong academic background relevant to mathematical engineering, as the selection is based on the content of prior studies rather than a specific degree title. All applicants must submit a completed prerequisite form and a GRE test score, unless they obtained a degree in the EEA, the UK, or Switzerland. English language proficiency must be proven through IELTS (minimum 7.0 overall, no subscore under 6.5), TOEFL iBT (minimum 94, no subscore under 22), or Cambridge CAE (minimum 185, no subscore under 176). Applicants who completed an entire degree in English in Australia, English-speaking Canada, Ireland, New Zealand, the UK, or the USA are exempt. All required documents must be submitted through the central Admissions Office for candidates educated outside the Flemish Community.

This program integrates geospatial data analysis, urban planning, and programming to address challenges in urban environments. It covers spatial data modeling, GIS, remote sensing, urban mobility, demography, and environmental management. Students gain hands-on experience through projects, work placement, and study abroad options, learning tools like Python, R, QGIS, and high-performance computing. Emphasis is placed on using data science and geoinformatics to improve urban systems, sustainability, and spatial justice. The program culminates in a Master's thesis focused on applied spatial analysis in urban contexts.

Applicants must hold a bachelor's degree (or equivalent) by the end of July and have completed at least 30 ECTS in a relevant field such as geography, geoinformatics, IT, environmental sciences, planning, or related disciplines. English proficiency is mandatory, proven by valid TOEFL iBT, IELTS Academic, Cambridge English, or PTE Academic scores taken within the last two years. Applications are evaluated based on the average grade of previous studies (50%) and the motivation letter (50%). A combined score of at least 66 out of 100 is required for admission consideration.

This two-year master’s program offers a wide range of courses in structural design, materials, hydrology, geotechnics, and building systems. Students can specialize in areas like bridges, concrete, smart buildings, or environmental impact. The final semester is dedicated to a 30-credit master’s degree project in the chosen field.

Applicants need a bachelor’s degree in Civil Engineering (180 ECTS or equivalent) with coursework in structural mechanics, geotechnology, materials, and math/programming. English proficiency equivalent to Swedish course English 6 is required (e.g., IELTS 6.5, TOEFL 90). All required documents must be submitted according to University Admissions instructions.

This master's degree provides students with the essential skills needed to assess, develop, and improve both sports equipment and medical technologies, centered on understanding how the human neuro-musculo-skeletal system interacts with technology and other external physical variables. Students build problem-solving and innovative thinking skills alongside extensive knowledge of developing sports and medical products, as well as specialized skills for creating methods and tools to improve training and performance assessment. The program draws on an interdisciplinary combination of sports and medical technologies, life sciences, sport science, and engineering, following a modern, research-driven teaching approach that helps students shape their own professional profile.

The program is organized across four semesters into modules with clearly defined learning objectives, combining theoretical coursework with hands-on experience. Early coursework relies on seminars and practice-oriented assignments to build a strong foundation, while later stages involve increasingly independent work through workshops, projects, and an industry internship that provides exposure to real-world applications. Close cooperation with partner universities and research institutions strengthens both the scientific and practical dimensions of the program, and students have the opportunity to spend part of their studies abroad. The program concludes with a master's thesis, and completion requires 120 ECTS credits in total.

Graduates are prepared for roles at the interface of sport, health, and engineering, including research and development within the sports equipment industry, contributing to products such as footwear, clothing, materials, or diagnostic devices, as well as roles in elite and high-performance sport, particularly in performance diagnostics focused on biomechanics or exercise physiology. Further opportunities exist with commercial sports providers and public research institutions and universities, and the program also provides a strong foundation for pursuing a doctoral degree and an academic career.

Applicants must hold a bachelor's degree with at least 180 ECTS credits, or an equivalent university qualification, in a program with a primarily scientific, engineering, mathematics, sports science, health science, medical, medical technology, or life science orientation, with at least 90 of those credits oriented toward science. Applicants must also hold an above-average degree, demonstrated by an ECTS grade of at least B or a German grade of at least 2.5, and must submit a CV and a letter of motivation, both written in English, to demonstrate their personal and professional suitability. German language skills are not required for admission to this program, though basic knowledge is recommended.

Since the program is taught entirely in English, applicants must demonstrate English proficiency through a TOEFL iBT score of at least 95, an IELTS Academic score of at least 7.0, or a Cambridge Certificate at C1 level; this requirement is waived for native English speakers and for applicants who completed a bachelor's degree taught in English within the EU or in an English-speaking country. If the number of qualified applicants exceeds the available places, admission is decided through a ranking system based on the applicant's degree grade, relevant practical experience, and personal suitability; if there are fewer qualified applicants than places available, additional applicants may be admitted following a short interview.

This master’s program focuses on sustainable and modern maritime technologies, including ship design, stability, materials, and retrofitting. Core topics cover project management, entrepreneurship, green transition in maritime transport, and risk-based design. Students specialize through advanced courses in marine hydrodynamics, smart systems, and electrical systems. The program concludes with a graduation thesis that applies theoretical and practical knowledge to solve real-world maritime challenges.

Admission to this master’s program is based on a motivation letter and an in-depth online interview. Candidates must score at least 5 out of 10 points to be admitted. The interview assesses motivation, understanding of the curriculum, career goals, familiarity with maritime challenges, and ability to complete the program within the standard duration. English proficiency at B2 level must be demonstrated via an accepted language test unless exempt.