GEIK_02
Graduate Programmes

International Welding Engineering

by the Faculty of Mechanical Engineering and Informatics

Study programme
International Welding Postgraduate Specialist Training Course
Qualification
International Welding Engineer / European Welding Engineer
Level
Postgraduate
Application period
Not available currently
Duration
3 semesters
Teaching mode
on-site / blended
Language requirements
English (IELTS 6.0 or equivalent)
Academic requirements
Bachelor’s degree in Engineering (Mechanical Engineering, Materials Engineering, Metallurgical Engineering, Vehicle Engineering, Civil Structural Engineering, Engineering Management, Gas and Petroleum Engineering, Thermal and Power Engineering)
ECTS credits to collect
90 credits
Tuition fee
1400 EUR/semester
Other fees
610 EUR examination fee
Lecture, seminar – practice
361 hours lectures (75%) – 119 hours practical classes (25%)

Short description

A candidate completing the IWE/EWE training under this program is expected to acquire advanced knowledge and a critical understanding of welding technology application. They will have advanced competence and skills required in the field of welding technology, including:

  • mastery of technology and necessary innovation,
  • ability to solve complex and unpredictable problems,
  • ability to manage highly complex technical and professional activities or projects related to welding applications,
  • responsibility for making decisions in unpredictable work or study context,
  • responsibility for managing professional development of individuals and groups.

Career prospects

According to the international standards it is a requirement for companies involved in the production of welded structures to employ a welding engineer with an IWE/EWE diploma.

Important information

The University reserves the right not to launch the study programme if there are fewer than ten applicants. In such cases, the tuition fee will be refunded to the applicant.

Downloads

Dr. Zoltán Siménfalvi

Dean, Faculty of Mechanical Engineering and Informatics

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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.

Dr. Zoltán Siménfalvi

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A modern CNC milling machine makes a large cogwheel.
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Close up of metalworking machine