by the Faculty of Mechanical Engineering and Informatics
The goal of the programme is to train mechanical engineers who can develop, model, design, operate, control and maintain mechanical systems and processes. They can also develop engineering technologies and processes, new materials and manufacturing technologies that are energy-efficient and environmentally friendly. They can also perform leadership, control and organisational tasks, engage in technical development, research, design and innovation, participate in and manage national and international engineering projects. The programme also prepares students for doctoral studies.
Applicants who do not meet the eligibility criteria are rejected immediately. This includes those without a bachelor’s degree, a language certificate (B2 or higher) or proof of study conducted in English. Applicants with a bachelor’s degree in an unrelated field are also rejected. Eligible applicants will be informed about possible dates for the entrance exam.
The online entrance exam lasts 20-30 minutes. In the first few minutes, the Entrance Examination Committee asks the applicant to discuss their professional background and motivation for the study field. The rest of the interview focuses on the applicant’s professional skills. The committee then makes a final decision, which can result in one of the following outcomes:
Applicants can score a maximum of 100 points. Those who score at least 66 points will be admitted, while those who score less than 66 points will be rejected.
Graduates can take on innovative tasks and participate in engineering projects in Hungary and worldwide. Design engineers are in demand across various industries, such as vehicle manufacturing, machine manufacturing, production engineering.
Meet our Student Ambassadors and connect with students from the faculty. Check out their testimonials or reach out to them directly!
Founded in 1949, the Faculty of Mechanical Engineering and Informatics has evolved into a modern, multidisciplinary institution, integrating mechanical engineering, information technology, logistics, and electrical engineering. Over seven decades, it has adapted to meet contemporary industrial challenges, combining strong research with education. Partnerships with companies, laboratories, and international organizations, aligned with the UN Sustainable Development Goals, further enhance the Facultys commitment to innovative and impactful engineering education and research.
