About Us

The Faculty of Engineering at the University of Pannonia, with its dynamic, innovative teaching and progressive approach, is competing to be one of the best engineering faculties in Hungary. It has been known over decades for its strength in offering a wide variety of graduate and research programs in the fields of engineering and science. Our aim is to explore new areas of science by conserving the traditional values of engineering training and to preserve the finest national and international standards of academic excellence. The Faculty has highly valued reputation in the industry for the quality of our graduates, research and the use of up-to-date knowledge.

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Our commitment is to equip students with a deep understanding of their subjects and provide key transferable skills and attributes to be successful in employment. They are encouraged to engage creatively with new and existing ideas and to explore the applied side of engineering. Our aim is to deliver courses which meet the needs of industry and to play an important role in creating a generation of engineers that will take a lead in the development of innovative and sustainable technologies. We are constantly seeking opportunities to work closely with our existing and new strategic partners.
The Faculty of Engineering delivers a wide range of degree programs at undergraduate, postgraduate, and doctoral level. The undergraduate programmes of the Faculty provide excellent professional education in the following areas: materials engineering, bioengineering, mechanical engineering, environmental engineering, mechatronics engineering, chemical engineering, chemistry and environmental studies. Postgraduate courses are taught in six major subject areas: materials engineering, environmental engineering, mechatronics engineering, chemical engineering, chemistry and environmental engineering. The Faculty welcomes applicants for PhD in a range of disciplines in the Doctoral School of Chemistry and Environmental Sciences and in the Doctoral School of Chemical Engineering and Material Science. Our postgraduate diploma courses are designed for engineering graduates who intend to enter or enhance their career prospects.
According to numerous national surveys (examining the quality and excellence of students, academics and facilities), the Faculty of Engineering at the University of Pannonia is one of the leading research-oriented Engineering Faculties in Hungary. Optimising our environment to deliver real value is one of the key points in maximising the Faculty’s effectiveness in maintaining a broad range of research facilities. Academics, researchers, and students benefit from continued investment in infrastructure. By providing a stimulating and supportive environment, we are committed to attracting the best academic and research staff. As a faculty, we take great pride in our productive and sustained collaboration with a wide range of industrial partners. These long-standing partnerships not only enable the Faculty to offer projects to students that involve collaboration with industrial sponsors, but they also provide scholarships and vacation placements where students can work towards their final degree.

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The Faculty of Engineering hosts a wide variety of research programmes. Research activities are arranged into 21 thematic Research Groups, which are in receipt of significant long-term funding from the Hungarian Academy of Sciences, industrial partners, from regional and national sources and from grants provided by the European Union. The Faculty is dedicated to produce research results of the highest quality across a broad range of disciplines, and to promote continuous innovation and improvement in the fields of science and engineering. Our expertise is extensive -- nine academic departments cover different engineering disciplines ensuring that our research responds to new and emerging challenges. Our academic staff deliver their subjects through high quality research and use up-to-date knowledge to enrich their students’ learning experience. The quality of the Faculty research environment is recognised through the Excellence Award and benefits from continued investment in infrastructure. Embedded within the Faculty are a number of renowned research centres equipped with advanced apparatus and resources maintained by funding received from our strategic partners and industrial collaborators. Our research covers a full spectrum extending from photocatalysis through carbon nanotubes, process automation and vehicle control technologies to asphalt with spent tyre additives.
The Faculty’s extensive expertise has provided the basis for an impressive track record of research achievements resulting in a number of disclosures and patents. We take great pride in our academic staff members with research degrees who are at the forefront of new developments and significantly contribute to the supply of graduate engineers and researchers. The extremely high number and quality of scientific publications registered in the database of Scopus reflects the intensity of scientific activities of our researchers. About 3690 research outputs of the Faculty of Engineering were published, 20% of which were disseminated in the field of chemistry, and 12.4% were written in the field of chemical engineering. Many of the Faculty’s scientific and research activities are carried out in conjunction with industry and other universities worldwide.

Contact Us

The full postal address of the Faculty of Engineering is:

Faculty of Engineering

University of Pannonia
Egyetem u. 10.
Veszprém, 8200
Hungary


Telephone
General queries +36-88-624-743


Email
This e-mail address is being protected from spambots. You need JavaScript enabled to view it.

 

Research Facilities

 
 
The Faculty of Engineering maintains an impressive range of facilities tailored to support high quality research. These facilities are available to all staff and students and also serve as great resource for companies looking for specialist research services. Our major equipment, high performance computing and instrumentation facilities provide a strong foundation for our research in science and engineering. As part of our research strategy and vision, we spend about 200m HUF each year on reinforcing our existing research infrastructure and building world-class environment for our outstanding researchers, teachers and internationally acclaimed research teams. Funding for the purchase, replacement and upgrade of research equipment is mostly obtained from research partnerships with a range of companies from the industrial sector.
 
Research in the Institute of Materials Engineering is supported by one of the largest and best-equipped facilities of the Faculty. The range of systems covers up-to-date instrumentation for materials science (e.g. laser particle sizer, Bruker Avance II NMR spectrometer, Philips PW 3710 X-ray diffractometer, PW 2404 X-ray fluorescence spectrometer, Oxford ARC-MET 8000-es metal analyser, Philips XL30 ESEM environmental scanning electron microscope Netzsch-Balzers TG-MS, Bio-Rad FTS-185 FTIR, Agilent Technologies1100 Series LC/MSD Trap VL Liquid chromatograph-mass spectrometer, Agilent Technologies1100 Series GC 6890N, MS 5973 Gas chromatograph-mass spectrometer, ELAN DRC II. Perkin Elmer ICP-MS). The SETARAM C80D high-pressure reaction calorimeter is unique in Hungary.
 
Research in environmental science uses a range of state-of-the-art technology for dating biological and mineral deposits; for tracing the evolution of atmospheric gases, groundwater, surface water, soils, and a range of fauna; for selecting sites and analysing these samples. This technology includes: stable and radiogenic isotope and high-resolution trace element analysis by mass spectrometry; inorganic and organic geochemical analysis; computed X-ray tomography; a microbeam laboratory; computer modelling of the global hydrologic cycle and groundwater flow; remote sensing of changes in the Earth's surface and atmosphere; undersea sampling/analysis; aerogeophysics; and modelling and inversion.
 
The Institute of Physics and Mechatronics houses one of the region’s leading centres for research in mechatronical measurement technics. Research in mechatronics is supported with modern laser instrumentation (e.g. LOTIS TII LS-2137U Nd:YAG impulse laser), CNC units, modern car simulator (real-time for use of designing and testing automotive control units(ABS, ESP, ACC) HIL (Hardware-In-the-Loop)
Research in chemical and environmental technologies is supported with pilot water and wastewater plants, Dest-Star Advance automated batch distillation unit, 50-litre monofluid batch reactor cascade (Siemens PCS7-es DCS process control and a variety of process development tools (ASPEN, UniSim, PI, Matlab/Simulink, Comsol, Simul8, Bizagi), including a 104-core computer cluster.

Funded largely from MOL Group, the Pignat high-pressure reactor system is a modern and well-equipped pilot-scale unit of the Faculty.

The Institute of Radiochemistry and Radioecology has an excellent reputation for quality research undertaken in radiochemistry labs and lab facilities with spectroscopic and analytical equipment for radioactive samples. Within these state of the art radiochemistry laboratories there is a range of dedicated spectroscopic and radioanalytical equipment including controlled atmosphere facilities; equipment for thermal and elemental analysis; UV/vis/nIR and IR/Raman spectrometers, with fibre optic dipping optrodes for in situ measurements; electrochemical equipment for cyclic voltammetry and controlled potential coulometry; and comprehensive radioanalytical facilities including alpha-spectroscopy, low background liquid scintillation counting and low background gamma-spectroscopy. We also have access to an ICPMS facility suitable for the analysis of transuranium elements.
The RS-03 automated dose meter transmits its signal to OSJER-network. The Institute of Chemistry is equipped with a 400MHz NMR spectrometer that contributes significantly to our scientific research.

History of the Faculty of Engineering at the University of Pannonia


  • 1949/50 Faculty of Chemical Technology of BME was relocated to Veszprém
  • 1951/52 Faculty of Chemical Technology became independent; University of Chemical Engineering was founded
  • 1959/60 Doctor of Science degrees were granted for the first time at the University
  • 1990/91 Faculty of Teachers’ Training was founded
  • 1992 Environmental Engineering courses offered for the first time in Hungary
  • 1996 MTA-PE Air Chemistry Research Group was formed

  • 2001 Doctoral School of Environmental Sciences was founded
  • 2002 Chemical Engineering courses accredited by IChemE
  • 2005 Mechatronics Engineering courses offered
  • 2007 BSc in Bioengineering course
  • 2010 University of Pannonia was given the award University of Excellence in recognition of its achievements in the fields of chemical engineering, multidisciplinary natural sciences (energetics, environmental science) 2011 Quality Award of Higher Education, Gold certificate
  • 2013 Excellence in Research Award for the Faculty of Engineering
  • 2013 MTA-PE Limnology Research Group was formed

Doctoral Schools

Doctoral School of Chemical Engineering and Material Sciences 

Head of School: Prof. Dr. János Kristóf (This e-mail address is being protected from spambots. You need JavaScript enabled to view it.; +36/88/624-194)
Secretary: Dr. Tamás Pap (This e-mail address is being protected from spambots. You need JavaScript enabled to view it.; +36/88/624-643)

Short introduction to the field of research: Chemical engineering, Cybernetics, Environmental chemical engineering, Organic chemical technology, Process and products of the hydrocarbon processing industries, Up-to-date chemical unit operations, Surface chemistry

 

Doctoral School of Chemistry and Environmental Sciences 

Head of School: Prof. Dr. Ottó Horváth (This e-mail address is being protected from spambots. You need JavaScript enabled to view it. ; +36/88/624-159)
Secretary: Dr. Rita Szakács-Földényi (This e-mail address is being protected from spambots. You need JavaScript enabled to view it.; +36/88/624-370)

Short introduction to the field of research: Photochemical reactions, Photo-catalysis, Environmental chemistry, Statistical thermodynamics of molecular fluids, Liquid crystals, Thermo-chemistry, Radiochemical methods, Catalytic reactions of biologically important compounds, Organs metallic chemistry, Environmental analytical chemistry, Atmospheric chemistry, Chemistry of water in the environment, Limnology, Geochemistry, Radioecology, Toxicology, Biophysics, Biogeochemistry

Hlavay galéria

Hlavay József Országos Környezettudományi és Műszaki Diákkonferencia 2018
Hlavay József Országos Környezettudományi és Műszaki Diákkonferencia 2018
Hlavay József Országos Környezettudományi és Műszaki Diákkonferencia 2018
Hlavay József Országos Környezettudományi és Műszaki Diákkonferencia 2018
Hlavay József Országos Környezettudományi és Műszaki Diákkonferencia 2018
Hlavay József Országos Környezettudományi és Műszaki Diákkonferencia 2018
Hlavay József Országos Környezettudományi és Műszaki Diákkonferencia 2018
Hlavay József Országos Környezettudományi és Műszaki Diákkonferencia 2018
Hlavay József Országos Környezettudományi és Műszaki Diákkonferencia 2018
Hlavay József Országos Környezettudományi és Műszaki Diákkonferencia 2018
Hlavay József Országos Környezettudományi és Műszaki Diákkonferencia 2018
Hlavay József Országos Környezettudományi és Műszaki Diákkonferencia 2018
Hlavay József Országos Környezettudományi és Műszaki Diákkonferencia 2018
Hlavay József Országos Környezettudományi és Műszaki Diákkonferencia 2018
Hlavay József Országos Környezettudományi és Műszaki Diákkonferencia 2018
Hlavay József Országos Környezettudományi és Műszaki Diákkonferencia 2018
Hlavay József Országos Környezettudományi és Műszaki Diákkonferencia 2018
Hlavay József Országos Környezettudományi és Műszaki Diákkonferencia 2018
Hlavay József Országos Környezettudományi és Műszaki Diákkonferencia 2018
Hlavay József Országos Környezettudományi és Műszaki Diákkonferencia 2018
Hlavay József Országos Környezettudományi és Műszaki Diákkonferencia 2018
Hlavay József Országos Környezettudományi és Műszaki Diákkonferencia 2018
Hlavay József Országos Környezettudományi és Műszaki Diákkonferencia 2018
Hlavay József Országos Környezettudományi és Műszaki Diákkonferencia 2018
Hlavay József Országos Környezettudományi és Műszaki Diákkonferencia 2018
Hlavay József Országos Környezettudományi és Műszaki Diákkonferencia 2018
Hlavay József Országos Környezettudományi és Műszaki Diákkonferencia 2018
Hlavay József Országos Környezettudományi és Műszaki Diákkonferencia 2018
Hlavay József Országos Környezettudományi és Műszaki Diákkonferencia 2018
Hlavay József Országos Környezettudományi és Műszaki Diákkonferencia 2018
Hlavay József Országos Környezettudományi és Műszaki Diákkonferencia 2018
Hlavay József Országos Környezettudományi és Műszaki Diákkonferencia 2018
Hlavay József Országos Környezettudományi és Műszaki Diákkonferencia 2018
Hlavay József Országos Környezettudományi és Műszaki Diákkonferencia 2018
Hlavay József Országos Környezettudományi és Műszaki Diákkonferencia 2018
Hlavay József Országos Környezettudományi és Műszaki Diákkonferencia 2018

Dékáni vezetés

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Dr. Németh Sándor dékán
Dékáni Titkárság B101-102
tel.: 88/624-746
Vegyészmérnöki és Folyamatmérnöki Intézet, C134
telefon: 88/624-000, 6076
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Analitikai Kémia Intézeti Tanszék C419
telefon: 88/624-000,6092
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tel.: 88/624-746
Vegyészmérnöki és Folyamatmérnöki Intézet, C239
telefon:88/624-000, 6078
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Dr. Kurdi Róbert gazdasági dékánhelyettes
Dékáni Titkárság B101-102
tel.: 88/624-746
Környezetmérnöki Intézet, C407/1
telefon: 88/624-000, 6024, 4017
mobil: 30/410-6176
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A kari vezetés munkatársai

Pados Alexandra

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telefon: Telefon: 88/624-294
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MD IMG 5546

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Felhívás English