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Budapest University of Technology and Economics (BME)
www.bme.hu

bme logo Institutum Geometrico-Hydrotechnicum, the legal predecessor of Budapest University of Technology and Economics (BME) was founded in 1782, and it was the first institute in Europe to train engineers at university level. BME, as a prestigious Hungarian higher education institute is committed to differentiated, multilevel, high-standard education, founded on intensive basic training, research, development and innovation, and scientific qualification in technical and natural sciences and in certain fields of economic and social sciences.


The Budapest University of Technology and Economics (BME) enjoys an excellent reputation both in Hungary and abroad and has, throughout the more than two hundred years of its existence, retained close links with the economy. We see it as our task to provide a high standard of teaching, specialist training, research and technical development at every level which rests on a firm foundation of basic training. The result of our efforts is that we have long occupied a leading position in the training of Hungary’s engineers and in her technical development. Central to our objectives for the future is the securing of our reputation for both teaching and research & development.


Paying heed to the requirements both of tradition and of expectations, our vision of the university’s future is as an active, prestigious centre of learning in Europe, in which the teaching is characterised by variety in terms of content (covering the fields of technology, the natural sciences and economics), level and language. The development of new, quality connections within the university and among its students is continuing, and a high standard of educational provision for our large number of students is maintained alongside specialist training and further education activities, together with the extensive development of information and communications technology. The flexible education structure makes possible simultaneous participation in educational contests and networked cooperation projects.

Department of Measurement and Information Systems - MIT
www.mit.bme.hu

bme mit logo The Budapest University of Technology and Economics (BME) is the largest technology-oriented university in Hungary with 8 faculties and more than 110 departments. BME is represented in BelAmI_H 2nd Phase by researchers from the Fault Tolerant Systems Research Group (FTSRG) at the Department of Measurement and Information Systems. The group is working in the field of dependable and safety-critical systems and in addition to the usual academic educational and research activities performs a variety of tasks on a contractual basis directly for the industry.


The Fault Tolerant System Research Group has its main research focus in dependability evaluation and model based engineering with a special emphasis on transformation based assessment of quantitative and qualitative dependability attributes. The competence areas span distributed systems with a special emphasis on mission critical embedded systems and e-business systems. Formerly the group participated in the HIDE, NEXT TTA and DECOS European projects and currently is involved in the SAFEDMI, HIDENETS, SENSORIA, MOGENTES, AMBER, DIANA, DESEREC and RESIST projects. In these projects, the main role of the group is to participate in the development of dependability solutions, harmonization of engineering modeling and formal analysis techniques, intelligent data processing and security analysis.

Department of Telecommunications and Media Informatics - TMIT
www.tmit.bme.hu

bme tmit logo The Department of Telecommunications and Media Informatics (TMIT) deals with the research and university-level education in the convergent communication, information and media technologies. The predecessor of the department was established in 1949 by Prof. L. Kozma as the Dept. of Wire-bound Communications; the recent department was established in 1991 by Prof. G. Gordos as the Dept. of Telecommunications and Telematics (TTT), when the Institute of Communication Electronics was split into two departments. The department was renamed into its current form on 1 July 2003.


The backbone of the departmental profile is the technical issues of the content - transmission - presentation value chain, including the issues in the processing and transmission of various contents (voice, image, video, data, documents multimedia, etc.) using information technology. The education and research activity of the department is focused on:

  • infocommunication systems, particularly up-to-date telecommunication and computer networks, and their integration, as well as
  • media information systems, particularly speech and multimedia information systems and applications,
embracing both technological aspects and the related management and sectorial regulatory issues. The scope of the department ranges from the scientific approach to practical applications.

Department of Telecommunications - HIT
www.hit.bme.hu

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Department of Electron Devices - EET
www.eet.bme.hu

The Department of Electron Devices of the Budapest University of Technology and Economics is the only Department in the Hungarian higher education where research and education is carried out in all the fields of the theory, design, manufacturing and testing of semiconductor devices, micro- and nanoelectronics, VLSI electronics, semiconductor sensors, energy transfer systems, microelectronic mechanical systems (MEMS) and systems in a package (SiP).In the fields of Computer Science our specialties are Computer Aided Design in Micro and nanoelectronics and internet based communication research.


A special field of activity of the Department is related to the multiphysical, especially thermal, electro-thermal, thermo-optical issues in electronics, micro and nanoelectronics. In this area our department is one of the best known research centers worldwide.


Our mission is to continue our high level research efforts as well as our educational activities in the above fields: to integrate the most recent scientific result in our curricula and through the PhD programs of our faculty to involve more and more freshly graduated young research engineers in our scientific activities in broad international cooperation.