széchenyi istván university faculty of engineering sciences

Széchenyi István UniversityFaculty of Engineering Sciences

Short hystory of the university

Hystorical forerunners:

18. century: Jesuite Academy

18-19. century: Royal Academy

Direct predecessor

1968 Founding of College for Telecommunication and Transport

1980- expanding the training range

1993 main goal is to develop into university

1994- new fields: economy, law, musin, medicine

Széchenyi István University:

2002 becoming a university

2005- Introducing the Bologna system


OverviewFaculties and Institutes:•Faculty of Engineering Sciences•Deák Ferenc Faculty of Law and Political Sciences•Kautz Gyula Faculty of Economics•Petz Lajos Institute of Health and Social Sciences•Varga Tibor Institute of Musical Art

Students: 7000-8000 full time 3000-5000 corresponding About 60% of the students belong to the Faculty of Engineering Sciences


Buildings


Old and new buildings

Main Buildnig of the Faculty

Central students dormitory

Development:

• Modernization of the old buildings• Buildings in cooperation with the city of Győr• New buildings built last 2-3 years


The architects’ „Black Box”

Concert hall – old syinagogue


Audi Hungaria

Department of

CombustionEngines

University


Informatics engineer (2004)Civil engineer (2005)Mechanical engineer (2005)Transport engineer (2005)Mechatronics engineer (2005)Electrical engineer (2005)Architect (2006)Economy informatics engineer

(2006)Environment engineer (2006)Engineer manager (2006)Engineer Trainer (2006)Vechicle engineer (2011)

BSc MSc

Architect (2002/05)Mechatronics engineer (2007)Engineer-teacher (2007)Informatics engineer (2008)Vechicle engineer (2009)Transport engineer (2009)Logistics engineer (2009)Electrical engineer (2009)Infrastructure civil engineer (2009)Settlement engineer (2010)Construction architect (2010)Economy informatics engineer

(2011)


Students


Full time Corresp. Distant learner.

Student number according to training type


Higher technical tr. . College level . University. BSc level .MSc level . Undivided univ. l.. PhD .

Multidisciplinary Doctoral School in Engineering Sciences


Fields of interest, organizationThis Multidisciplinary Doctoral School pursues its activities now according to the traditions of the predecessor College and the research interests of the faculty in a way arranged around the following three main disciplines:

• civil engineering • information technology • transportation engineering

The Head of the Doctoral School is László Keviczky, a full member of the Hungarian Academy of Sciences (HAS) who had served as Secretary General and Vice-President of HAS in the past. He is also a member of the Royal Swedish Academy of Engineering Sciences.


Scientific publicationsIn the research activities connected to the Doctoral School, publications play an eminent role. Major SCI indexed journals and crucial referred conference proceedings of each specific field is strongly encouraged among Ph.D. students.

Since 2008 the Faculty has been publishing an international scientific journal in English titled “Acta Technica Jaurinensis” (Győr Transactions of Engineering, see http://acta.maxwell.sze.hu). This journal plays a central role in providing an opportunity for students and professors alike to publish reviewed articles.

An additional publication is the Hungarian Electronic Journal of Sciences (http://heja.sze.hu), an electronic review, which has been in existence since 1998.

A series of volumes was launched containing early publications of Ph.D. students, entitled “Systems and Models of Engineering and IT”. These annual volumes might be the first step for some students in writing and publishing papers.


MultidisciplinarityAlthough all research topics of the students have been assigned to one of the three disciplines, many topics are such that they can also be attached to other fields inside the Doctoral School.


InterdisciplinaryAccording to the publication database


Some of our research topics


„Fast Simulation and Optimization”EU and national grants

• Leader of the research: Terlaky Tamás (Lehigh University, PA)• research program leader: Horváth Zoltán (Széchenyi István Egyetem)

• Numerical methods of partial differential equations• Parallel computing• Optimization: Global optimum search • Optimization: scheluding problems• Optimization: Intelligent calculations

Hardvergyorsítók:• Mószertani- és szoftverfejlesztés PDE-k nagyon gyors megoldására GPU-n, FPGA-n• Globális optimalizálási problémák párhuzamosítása


Finite element methods in electrical engineering

Hysteresis characteristics Eddy currents Electrical motors


Sustainable use of natural resources

1. Annotation of environmental databases 2. Model comparison 3. harmonization of research

Légköri nitrogén ülepedés, mg N m-2 év-1


Applied mathematical research

Processes modellable by partial differental equation, optimizing biomatematics-biostatistics meshless methods image processing methods

Industrial and academical application of the results


Identification of processes in machine industry

Modelling and testing of pre-production processes:

Surface technologies


Goals

determine the various visible or instrumentally observable alterations qualify the constructions from the suitability and personal safety (accidence) points of view.

Our diagnostic system is primarily based on a visual examination on the spot, its method is suitable for the examination of almost all important structures and structure changes of the buildings.

A “morphological box” has been created: contains the hierarchic system of constructions connection with the construction components’ thesaurus appointed by the correct structure codes.

Building conservation


Some of our laboratories


Laboratory developments

43 labors: Students’ labs Computer cabinets Research and development special laboratorys

FromTIOP grantsMaterial analysis (non-invasive), plastic-technologyMotor testsProduction processes, production logistics

Applied mathematics, symulationRádiofrequency Test LaborRobot techniquesTransport systems

Super computer for symulations


Packing laboratory

Testing areas: – Type analysis of packing materials of dangerous products – Mechanical and climatic tests – Quality control tests of packing materials – Analytic tests

According to international (ISO, DIN, IEC, ASTM, ISTA stb.) standards


Radio Frequency Test Laboratory• Tests of redio frequency equipments:

• Analogue radio sets,

• Short range devices

• WLAN, Bluetooth equipments.• Accredited to 10 harmonized EU standards

• Fully anaechoic chanber

• Frekvency range: 30 MHz – 40 GHz


•Innovative industrial robot development and programming•Intelligent fuzzy communication of robots

Intelligent Robot Laboratory


Intelligent Control Systems Laboratory

Kutatási területek:• Autonome and DCS systems• “Field bus” applications (Profibus, Interbus, Can-bus, Profinet, etc.)• PLC control systems safety analysis• Visualisation and SCADA systems• Artificial intelligence in PLC systems (Fuzzy control)


Audio and Video Laboratory

Kutatási területek: Emberi hallás irányérzékelése Virtuális valóság alkalmazások és fejhallgató visszajátszási technikák Akusztikus mérések, “dummy-head” technika: az akusztikus információk átvitele GUIB: Felhasználói felület vakok részére Hangstúdió technológiák


A „SZENERGY Team”Cooperation of lecturers and stdents since 2007

Shell Eco-marathon: Urban concept solar cathegory• First place in 2008, 2009, 2010• 2010: positive energy balance

http://szenergy.sze.hu


THANK YOU FOR THE ATTENTION


széchenyi istván university faculty of engineering sciences

Documents

transport engineer

mechanical engineer

old buildings buildings

bsc level

msc level

new fields

city of gyr new buildings

predecessor college