MScMechatronical Engineering
| Study location | Hungary, Budapest |
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| Type | Graduate Programs, full-time |
| Nominal duration | 4 semesters (120 ECTS) |
| Study language | English |
| Awards | MSc |
| Tuition fee | €3,200 per semester |
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| Application fee | €150 one-time |
| Registration fee | €100 one-time |
| Entry qualification | Undergraduate diploma (or higher)
The entry qualification documents are accepted in the following languages: English / Hungarian. Often you can get a suitable transcript from your school. If this is not the case, you will need official translations along with verified copies of the original. Original and translated documents are to be shown in person as part of the registration process in Hungary. |
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| Language requirements | English Intermediate command of English is required. Please note that all applicants need to participate in an online admission interview. During this interview, you will need to prove your language skills and the admission committee will make the decision based on this performance. If you do not reach the necessary language level, you won’t be granted admission even if you have previously obtained language certificate. Applicants who do not meet the minimum language requirements have to start their studies with a University Foundation Program. |
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| More information |
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Overview
In 2022, Óbuda University was ranked 186th in the QS EECA ranking and 301–350th in the Times World University Rankings (Young University Rankings).
Óbuda University is the number one practice-oriented technical University in Budapest, Hungary. Their engineering and applied science departments and programs are among the nation’s oldest with 140 years of rich tradition, established in 1879.
Óbuda University is an excellent institution in any Engineering or IT field and the most famous for their achievements and leading role in the field of robotics. They are the founder and current leader of the Central European Living Lab for Intelligent Robotics (CELLI), a network of 18 robotics centers and SMEs form 7 countries.
The University has world-class research and education since Óbuda University has
8 internationally recognized research, innovation and service centres including
- Antal Bejczy Center for Intelligent Robotics (iROB)
- Bio-Tech Research Center,
- Physiological Controls Research Center and
- SmartLab Center.
ÓU students have great achievements in several national and international competitions, such as at the Design Challenge Robotics Building, Bosch Electromobil, Mitsubishi-Scholarship, Pneumobil, Shell Eco-marathon, Hajós György Mathematics and PLC Control Engineering Programing Competitions, Spaghetti Bridge Building.
Famous Alumni
József Galamb – The first world-famous student was József Galamb, designer of the FORD Model T.
Charles Balough- President of the Hercules Motor Manufacturing Company, designer of Ford T-modell
Rudolf Emil Kálmán – electrical engineer, mathematician, inventor of Kálmán filter
ÓU students are involved in professional practice at foreign partners annually; students are required and encouraged to participate in active research and design in the project laboratories and to develop their abilities to do independent research.
The aim of the course is the training of mechatronic engineers who, in possession of the acquired complex skills in natural sciences, electronic, mechanical and computer engineering as well as economics, will be capable to design, construct, integrate and develop mechatronic devices and equipment, and as well as able to solve research and development tasks of mechatronic systems, and who also possess well-founded theoretical knowledge to continue their studies in the next cycle of training (PhD).
The programs is recommended for those who wish to integrate mechanical engineering with electronics, electro-technics and computer control synergically.
Programme structure
Specializations:
- Vehicle mechatronics
- UAS and Drone systems
- Manufacturing systems
- Intelligent mechatronics systems
Technological advancements are constantly revolutionising human transportation in general.
Automotive information technology (IT) generally refers to hardware or software designed to enhance and boost the experience of driving or riding a vehicle. The development of self-driving vehicles with increasing safety is fast progressing and may become a reality in the near future.
New improvements and integrations in the vehicle technology world are increasingly being implemented as the industry realizes the importance of data to a vehicle operator. Generally, the objectives of automotive IT include improving the performance of automotive systems, enhancing the safety of motor vehicles, making useful data available to the operators, and providing better entertainment experience to passengers.
This is done by equipping vehicles with various types of computers, software, sensors, cameras, and radar systems. Equipping vehicles and automotives with readily available information means redesigning features ranging from engine systems to central consoles in order to accommodate the evolution.
Please note that specialisations are launched only with the necessary amount of students.
Career opportunities
Graduates will be capable to
• develop and introduce new technologies, procedures and materials as required for mechatronic systems;
• perform higher-level duties of management, control and organization;
• perform assignments involving technical development, research, design and innovation;
• join and manage engineering projects of domestic and international level.
Central European Time
Central European Time