ヨーロッパでエンジニアリングを学ぶ

This PhD program offers advanced research training across several disciplines, including engineering sciences, ICT, mathematical sciences, and natural sciences. It combines theoretical and methodological coursework (minimum 30 ECTS) with supervised original research leading to a doctoral dissertation, trial lecture, and public defense. Specializations include civil and structural engineering, mechatronics, renewable energy, AI, mobile communications, mathematics, mathematics education, molecular biology, and ecology. Each specialization provides tailored courses to support the doctoral work, with research projects often conducted in collaboration with public and private institutions. The program is designed to develop deep expertise and contribute to scientific advancement.

To be eligible for this PhD program, applicants must hold a master’s degree in a relevant subject area from a recognized institution. Admission normally requires a minimum average grade of C or equivalent in the bachelor's degree, and a B or higher for both the master's coursework and thesis. If an applicant does not meet the grade criteria, the hosting research group must justify the candidate’s potential to complete the program, possibly with additional admission conditions. All applicants must demonstrate English proficiency through recognized tests such as TOEFL (minimum 92 iBT or 600 PBT) or IELTS (minimum 6.5), unless exempt under national guidelines.

This bachelor's program focuses on environmental engineering and sustainable systems. Core subjects include environmental chemistry, biotechnology, system dynamics modeling, and air quality engineering. Students explore energy systems, waste management, and geographic information systems, with opportunities to specialize in topics like water treatment, climate technologies, and risk analysis of water resources. The program also includes social sciences, foreign language study, and entrepreneurship. It features practical components and ends with a bachelor thesis, equipping graduates for work in environmental monitoring, resource management, or further academic pursuits.

To be admitted to this bachelor's program, applicants must have completed secondary education and demonstrate English language proficiency at a minimum of CEFR B2 level.

This doctoral program in agricultural engineering is structured over three years and emphasizes independent research, scientific publication, and international engagement. The first year focuses on research methodology, language preparation, and establishing the foundation for the PhD thesis. In the second year, students deepen theoretical and experimental work while publishing and presenting findings both nationally and internationally. The third year is dedicated to finalizing the dissertation, including formatting, and continuing international scientific contributions. The program equips doctoral candidates with advanced research skills for academic and professional careers.

To apply for this doctoral program, applicants must hold a master's degree in Engineering, specifically in agricultural mechanization, transport, energy, machinery, or a closely related field. Those with degrees in other fields are eligible but must pass an entrance exam. English language proficiency is required, with a minimum IELTS score of 6.0, TOEFL score of 547, or TOEFL-iBT score of 76. These requirements ensure applicants are prepared for the advanced research and academic demands of the program.

This bachelor's program trains mechanical engineers with a combined foundation in theoretical principles and industrial practice, preparing graduates to design and produce complete machinery systems or individual components using computer-aided engineering tools while managing and optimizing production processes across engineering domains. It is particularly suited to students interested in production and manufacturing technology, including Industry 4.0 applications, and develops a problem-solving mindset along with the ability to work within large project teams.

The curriculum opens with foundational coursework in mathematics, physics, technical chemistry, technical drawing, informatics systems, and economics, then builds into core mechanical engineering subjects including statics, dynamics, the mechanics and structure of materials, and machine elements, alongside fluid mechanics, thermodynamics, vibrations, heat transfer, and heat engines. Further coursework covers electromechanics and the fundamentals of electrical engineering, a sequence of manufacturing technologies courses, computer-aided design, CNC and CAM methods, and the finite element method, supported by measurement techniques and quality assurance training. Business law and management and business economics are also included. Students select elective subjects at several points in the program, with options such as labor safety, logistics, coordinate-measuring techniques, lean methodology, and project laboratory work, and the program concludes with an internship and a two-part thesis project.

Practical training takes place in laboratories for materials science, production technologies, and control techniques, equipped with tools such as tensile testers, CNC machines, scanning electron microscopes, and robots, along with computer labs running software including Ansys, Solid Edge, Inventor, ADAMS, and Matlab. First-year students are supported through a mentoring system led by senior students and PhD candidates, and the program's connections with the business community and collaborative research and development projects provide up-to-date practical knowledge. Students also have access to exchange semesters and international research opportunities through partnerships with universities abroad, as well as undergraduate research activities that can lead to presentations at national and international conferences.

Graduates work as mechanical engineers across Europe, including at international companies, Hungarian firms, state institutions, vehicle manufacturers, research institutes, and universities, in roles spanning computer-aided design, structural analysis, quality management, and production efficiency and management. Typical positions include design engineer, production engineer, automation engineer, simulation engineer, and research fellow.

Admission requires sufficiently strong secondary school grades, particularly in mathematics, along with an intermediate level of English; applicants must be 18 years old by August 31 of the intended start year.

English proficiency must reach at least B1 level in both speaking and writing, demonstrated through FCE, CAE, IELTS, or TOEFL, or through proof that a previous level of education was conducted in English; all applicants also complete an oral interview as part of admission.

Required documents include an application form, records from the final two years of secondary school, a secondary school certificate, a transcript of records, a CV, a motivation letter, a passport copy, a passport photo, a language certificate, and a medical certificate confirming the absence of AIDS, Hepatitis A, B, or C, or other epidemic conditions. Admission includes a written and oral entrance examination conducted online, including an interview covering the applicant's English and communication skills, prior studies, motivation, and basic questions on mathematics and physics; final rankings are based on a combined evaluation of academic performance and entrance examination results.