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Óbuda University

Address: Bécsi út 96/B, Budapest, H-1034, Hungary
Phone: +36 1 666 5600
Email: info@uni-obuda.hu
Website: www.uni-obuda.hu


About Óbuda University

Taking into account its legal predecessors as well, Óbuda University is a 140-year-old institution. Today, it is a key player in Hungarian higher education and a leading practice-oriented institution providing technical education in Hungary, where more than 12,000 students pursue their studies. It offers competitive knowledge in the fields of engineering, informatics, science, economics, and teacher training in 7 faculties, 2 education centers, 17 undergraduate and 11 master’s programs. Master’s graduates may continue their studies in 3 doctoral schools. The quality of education is indicated by the fact that the Institution has a quality certificate according to the requirements of the ISO standard and has won the highest recognition, the Higher Education Quality Award. As we can see, online education is becoming increasingly significant, and from September 2019, an online engineering informatics courses have begun in Kisvárda, Eastern Hungary. In addition, Óbuda University provides excellent opportunities for scientific research professionals. The best example of this is the University Research and Innovation Center, which represents the value in the field of robotics, health informatics, and research and development that is recognized in Hungary and worldwide.

Óbuda University provides 21st Century answers to the challenges in modern industry in the fields of cybersecurity, robotics, automation, health informatics, but even in light industry education and to fashion industry’s design planning. Bejczy Antal iRobot Technology Center (BARK) of the University presents outstanding results internationally. A da Vinci surgical robot, uniquely in Hungary is available to students at the university, on which they can also conduct their own research and development.

Students can enjoy vibrant community life at Óbuda University, with sports facilities and fascinating programs. Students may also test their skills and knowledge in a number of international academic competitions, eg. the World Championship of Pasta Bridge Building, which requires both knowledge and playfulness. The team at Óbuda University has held the record in this competition for a long time.

The management of Óbuda University cooperates with many well-known domestic and international higher education institutions and companies. As a result, a large number of students can participate in the Erasmus+ scholarship programs. Within the framework of the program, many international students can also come to Óbuda University to study. The leaders of the University maintain an excellent relationship with the representatives of the Student Government whose suggestions are taken into account in decision-making. The educational quality and market orientation Óbuda University is well reflected in the fact that the vast majority of the students graduating from ÓU can find a job rather quickly in a very large proportion and with good income conditions. The management of Óbuda University has recently implemented a number of infrastructural developments such as the complete renovation of Kandó Kálmán Dorm, which houses 400 students in a modern building. In addition, further institutional developments are in store, for example, the concentration of technical programs on the Óbuda campus.

Taking into account its legal predecessors as well, Óbuda University is a 140-year-old institution. Today, it is a key player in Hungarian higher education and a leading practice-oriented institution providing technical education in Hungary, where more than 12,000 students pursue their studies. It offers competitive knowledge in the fields of engineering, informatics, science, economics, and teacher training in 7 faculties, 2 education centers, 17 undergraduate and 11 master’s programs. Master’s graduates may continue their studies in 3 doctoral schools. The quality of education is indicated by the fact that the Institution has a quality certificate according to the requirements of the ISO standard and has won the highest recognition, the Higher Education Quality Award. As we can see, online education is becoming increasingly significant, and from September 2019, an online engineering informatics courses have begun in Kisvárda, Eastern Hungary. In addition, Óbuda University provides excellent opportunities for scientific research professionals. The best example of this is the University Research and Innovation Center, which represents the value in the field of robotics, health informatics, and research and development that is recognized in Hungary and worldwide.

Óbuda University provides 21st Century answers to the challenges in modern industry in the fields of cybersecurity, robotics, automation, health informatics, but even in light industry education and to fashion industry’s design planning. Bejczy Antal iRobot Technology Center (BARK) of the University presents outstanding results internationally. A da Vinci surgical robot, uniquely in Hungary is available to students at the university, on which they can also conduct their own research and development.

Students can enjoy vibrant community life at Óbuda University, with sports facilities and fascinating programs. Students may also test their skills and knowledge in a number of international academic competitions, eg. the World Championship of Pasta Bridge Building, which requires both knowledge and playfulness. The team at Óbuda University has held the record in this competition for a long time.

The management of Óbuda University cooperates with many well-known domestic and international higher education institutions and companies. As a result, a large number of students can participate in the Erasmus+ scholarship programs. Within the framework of the program, many international students can also come to Óbuda University to study. The leaders of the University maintain an excellent relationship with the representatives of the Student Government whose suggestions are taken into account in decision-making. The educational quality and market orientation Óbuda University is well reflected in the fact that the vast majority of the students graduating from ÓU can find a job rather quickly in a very large proportion and with good income conditions. The management of Óbuda University has recently implemented a number of infrastructural developments such as the complete renovation of Kandó Kálmán Dorm, which houses 400 students in a modern building. In addition, further institutional developments are in store, for example, the concentration of technical programs on the Óbuda campus.

Why Óbuda University

Óbuda University, located in Budapest, Hungary, is known for several key attributes:

  1. Historical Significance: The university has roots that trace back to the late 19th century, particularly to the establishment of the first Hungarian technical school in 1879. This historical background adds to its reputation as a longstanding institution in engineering and technology education.

  2. Focus on Engineering and Technology: Óbuda University is particularly renowned for its strong emphasis on engineering and technical programs. It offers a wide range of engineering disciplines, including electrical engineering, computer science, mechanical engineering, and information technology.

  3. Research and Innovation: The university has a robust research agenda, contributing to advancements in various fields, particularly in applied sciences and engineering. It collaborates with industries and research institutions to promote innovation.

  4. International Programs: Óbuda University has been expanding its international presence by offering programs in English and participating in various international partnerships. This makes it an attractive destination for international students seeking quality education in engineering and technology.

  5. Industry Connections: The university has strong ties to the local and international industries, facilitating internships, job placements, and collaborative projects for students. This connection enhances the employability of graduates.

  6. Modern Facilities: Óbuda University is equipped with modern laboratories and facilities, providing students with hands-on experiences that are essential for engineering education.

  7. Diverse Student Body: The university attracts a diverse student population from various countries, fostering a multicultural environment that enriches the learning experience.

At Óbuda University, the language requirements vary depending on the program and the medium of instruction. Here are the general guidelines:

  1. Hungarian Programs:

    • For programs taught in Hungarian, proficiency in the Hungarian language is required. Students may need to provide proof of language skills through standardized tests or certifications.

  2. English Programs:

    • For programs offered in English, non-native English speakers are usually required to demonstrate their English language proficiency. This can typically be done through standardized tests such as:
      • TOEFL: Minimum score of around 70-80 (iBT) or equivalent.
      • IELTS: Minimum band score of 5.5-6.5.
      • Other equivalent language tests may also be accepted.

  3. Additional Requirements:

    • Some programs may have specific language requirements or recommendations, so it's essential for prospective students to check the detailed admission criteria for their chosen program.

  4. Preparatory Courses:

    • If a student does not meet the language requirements, Óbuda University may offer preparatory language courses to help students improve their skills before starting their degree programs.

Óbuda University is known for its focus on engineering, technology, and applied sciences. Here are the main areas of specialization offered by the university:

1. Engineering

  • Mechanical Engineering: Covers design, manufacturing, and operational aspects of mechanical systems.
  • Electrical Engineering: Focuses on electrical systems, electronics, and automation technologies.
  • Civil Engineering: Emphasizes construction, infrastructure development, and environmental engineering.
  • Computer Engineering: Combines computer science and electrical engineering, focusing on hardware and software integration.

2. Computer Science and Information Technology

  • Offers programs in software development, information systems, network security, and artificial intelligence.

3. Business and Management

  • Programs include Business Administration, Management, and Marketing, focusing on the intersection of technology and business.

4. Transport Engineering

  • Specializes in transportation systems, logistics, and infrastructure, preparing students for careers in transportation planning and management.

5. Automation and Mechatronics

  • Focuses on automated systems and robotics, blending mechanical engineering with electronics and computer science.

6. Environmental Engineering

  • Covers sustainable practices, pollution control, and the management of natural resources.

7. Telecommunications

  • Offers specialized courses in telecommunications systems, networks, and technologies.

8. Humanities and Social Sciences

  • Programs that include Applied Social Sciences, focusing on the social implications of technology and engineering.

9. Dual Education Programs

  • The university offers dual education tracks that combine academic study with practical work experience in industry, enhancing employability.

Óbuda University has several notable faculty members recognized for their expertise and contributions in various fields, particularly in engineering and technology. Here are some key professors associated with the university:

  1. Prof. Dr. Ákos Z. Szigeti:

    • Field: Electrical Engineering and Computer Science.
    • Contributions: Known for his work in signal processing and communication systems, he has published extensively in these areas and is involved in research projects with industry partners.

  2. Prof. Dr. Péter R. M. Szabó:

    • Field: Mechanical Engineering.
    • Contributions: His research focuses on mechanical systems and their applications in engineering. He has significant experience in both academic and industrial settings.

  3. Prof. Dr. László Z. Jánosi:

    • Field: Computer Science and Information Technology.
    • Contributions: A well-regarded researcher in software engineering and artificial intelligence, he has been involved in several international research collaborations.

  4. Prof. Dr. Erzsébet G. Róth:

    • Field: Environmental Engineering.
    • Contributions: She has made significant contributions to sustainable engineering practices and environmental protection, and she actively participates in research and educational initiatives in these fields.

  5. Prof. Dr. Judit K. Kóbori:

    • Field: Business and Management.
    • Contributions: Her research includes topics on management strategies and organizational behavior, and she is known for integrating business education with engineering disciplines.

Óbuda University itself has not produced any Nobel Prize laureates, but it is important to note that Hungary has a rich history of Nobel Prize winners in various fields, many of whom have made significant contributions to science, literature, and peace. Some notable Hungarian Nobel laureates include:

  1. Albert Szent-Györgyi (Nobel Prize in Physiology or Medicine, 1937):

    • He is known for discovering vitamin C and the role of biological compounds in cellular respiration.

  2. George Olah (Nobel Prize in Chemistry, 1994):

    • Recognized for his work on carbocations, he contributed significantly to the field of organic chemistry.

  3. Imre Kertész (Nobel Prize in Literature, 2002):

    • A prominent novelist, he was awarded for his writing, which explored the Holocaust and its impact on individual identity.

  4. János Harsányi (Nobel Prize in Economic Sciences, 1994):

    • He received the prize for his contributions to game theory, which has applications across economics and social sciences.

  5. John von Neumann (although not a laureate himself, he was a Hungarian-American mathematician whose work influenced numerous fields, including quantum mechanics and computer science).