BME Vásárhelyi Pál Civil Engineering and Earth Sciences Doctoral SchoolSubjects and lecturers

September 20, 2017

1 SURVEYING AND GEOINFORMATICS ENGINEERING PROGRAMME

Advanced Mathematics in Geodesy and SurveyingKorszerű matematikai módszerek a geodéziábanCode: BMEEOAFDT71Lectures: 2 hours per week (theory)Performance evaluation: examCredits: 3Course coordinator and main lecturer: Tóth GyulaFurther lecturers: -Department managing the subject: Geodesy and Surveying (geod.bme.hu)Role of the subject in the academic plan: basic subject in the Surveying and GeoinformaticsEngineering PhD programmeSemester: fall semester

Advanced Physical GeodesyFizikai és elméleti geodéziaCode: BMEEOAFDT72Lectures: 2 hours per week (theory)Performance evaluation: examCredits: 3Course coordinator and main lecturer: Völgyesi LajosFurther lecturers: Tóth GyulaDepartment managing the subject: Geodesy and Surveying (geod.bme.hu)Role of the subject in the academic plan: basic subject in the Surveying and GeoinformaticsEngineering PhD programmeSemester: spring semester

Geoscientific Foundations of GeodesyGeodézia földtudományi alapjaiCode: BMEEOAFDT81Lectures: 2 hours per week (theory)Performance evaluation: examCredits: 3Course coordinator and main lecturer: Völgyesi LajosFurther lecturers: -

Department managing the subject: Geodesy and Surveying (geod.bme.hu)Role of the subject in the academic plan: specialisation subject in the Surveying andGeoinformatics Engineering PhD programmeSemester: fall semester (only in odd calendar years)

Space GeodesyKozmikus geodéziaCode: BMEEOAFDT82Lectures: 2 hours per week (theory)Performance evaluation: examCredits: 3Course coordinator and main lecturer: Ádám JózsefFurther lecturers: Tóth GyulaDepartment managing the subject: Geodesy and Surveying (geod.bme.hu)Role of the subject in the academic plan: specialisation subject in the Surveying andGeoinformatics Engineering PhD programmeSemester: spring semester (only in odd calendar years)

Integrated Sensor Systems in Geodesy and SurveyingIntegrált geodéziai mérőrendszerekCode: BMEEOAFDT83Lectures: 2 hours per week (theory)Performance evaluation: examCredits: 3Course coordinator and main lecturer: Takács BenceFurther lecturers: Siki ZoltánRózsa SzabolcsDepartment managing the subject: Geodesy and Surveying (geod.bme.hu)Role of the subject in the academic plan: specialisation subject in the Surveying andGeoinformatics Engineering PhD programmeSemester: spring semester

Geoscientific and Navigation Applications of GNSS and InSARGNSS és műholdradar rendszerek földtudományi és navigációs alkalmazásaiCode: BMEEOAFDT84Lectures: 2 hours per week (theory)Performance evaluation: examCredits: 3Course coordinator and main lecturer: Rózsa Szabolcs

Further lecturers: Takács BenceDepartment managing the subject: Geodesy and Surveying (geod.bme.hu)Role of the subject in the academic plan: specialisation subject in the Surveying andGeoinformatics Engineering PhD programmeSemester: fall semester

Spatial Temporal DatabasesTér-idő adatmodellek és adatbázisokCode: BMEEOAFDT85Lectures: 2 hours per week (theory)Performance evaluation: examCredits: 3Course coordinator and main lecturer: Siki ZoltánFurther lecturers: -Department managing the subject: Geodesy and Surveying (geod.bme.hu)Role of the subject in the academic plan: specialisation subject in the Surveying andGeoinformatics Engineering PhD programmeSemester: spring semester (only in even calendar years)

Image processingKépfeldolgozásCode: BMEEOFTDT71Lectures: 2 hours per week (theory)Performance evaluation: examCredits: 3Course coordinator and main lecturer: Barsi ÁrpádFurther lecturers: -Department managing the subject: Photogrammetry and Geoinformatics (fmt.bme.hu)Role of the subject in the academic plan: basic subject in the Surveying and GeoinformaticsEngineering PhD programmeSemester: fall semester

Geoinformatical systemsGeoinformációs rendszerekCode: BMEEOFTDT72Lectures: 2 hours per week (theory)Performance evaluation: examCredits: 3Course coordinator and main lecturer: Szabó György

Further lecturers: -Department managing the subject: Photogrammetry and Geoinformatics (fmt.bme.hu)Role of the subject in the academic plan: basic subject in the Surveying and GeoinformaticsEngineering PhD programmeSemester: spring semester

Laser scanningLézerszkennelésCode: BMEEOFTDT81Lectures: 2 hours per week (theory)Performance evaluation: examCredits: 3Course coordinator and main lecturer: Lovas TamásFurther lecturers: -Department managing the subject: Photogrammetry and Geoinformatics (fmt.bme.hu)Role of the subject in the academic plan: specialisation subject in the Surveying andGeoinformatics Engineering PhD programmeSemester: fall semester

Satellite remote sensingMűholdas távérzékelésCode: BMEEOFTDT82Lectures: 2 hours per week (theory)Performance evaluation: examCredits: 3Course coordinator and main lecturer: Kugler ZsófaFurther lecturers: -Department managing the subject: Photogrammetry and Geoinformatics (fmt.bme.hu)Role of the subject in the academic plan: specialisation subject in the Surveying andGeoinformatics Engineering PhD programmeSemester: spring semester

Digital surface modelingDigitális felületmodellezésCode: BMEEOFTDT83Lectures: 2 hours per week (theory)Performance evaluation: examCredits: 3Course coordinator and main lecturer: Juhász Attila

Further lecturers: -Department managing the subject: Photogrammetry and Geoinformatics (fmt.bme.hu)Role of the subject in the academic plan: specialisation subject in the Surveying andGeoinformatics Engineering PhD programmeSemester: spring semester

Close-range photogrammetryKözelfotogrammetriaCode: BMEEOFTDT84Lectures: 2 hours per week (theory)Performance evaluation: examCredits: 3Course coordinator and main lecturer: Molnár BenceFurther lecturers: -Department managing the subject: Photogrammetry and Geoinformatics (fmt.bme.hu)Role of the subject in the academic plan: specialisation subject in the Surveying andGeoinformatics Engineering PhD programmeSemester: fall semester

Artificial intelligenceMesterséges intelligenciaCode: BMEEOFTDT85Lectures: 2 hours per week (theory)Performance evaluation: examCredits: 3Course coordinator and main lecturer: Paláncz BélaFurther lecturers: -Department managing the subject: Photogrammetry and Geoinformatics (fmt.bme.hu)Role of the subject in the academic plan: specialisation subject in the Surveying andGeoinformatics Engineering PhD programmeSemester: fall semester (only in odd calendar years)

2 STRUCTURAL CIVIL ENGINEERING PROGRAMME

Force transfer in concreteErőátadódás betonbanCode: BMEEOEMDT71Lectures: 2 hours per week (theory)Performance evaluation: examCredits: 3

Course coordinator and main lecturer: Balázs L. GyörgyFurther lecturers: -Department managing the subject: Department of Construction Materials and Technologies(em.bme.hu)Role of the subject in the academic plan: basic subject in the Structural Civil Engineering PhDprogrammeSemester: spring semester (only in even calendar years)

Materials of environmentally compatible constructionKörnyezetkímélő építés anyagaiCode: BMEEOEMDT81Lectures: 2 hours per week (theory)Performance evaluation: examCredits: 3Course coordinator and main lecturer: Fenyvesi OlivérFurther lecturers: Nemes Rita Szalay Zsuzsa Józsa ZsuzsannaDepartment managing the subject: Department of Construction Materials and Technologies(em.bme.hu)Role of the subject in the academic plan: specialisation subject in the Structural CivilEngineering PhD programmeSemester: spring semester (only in odd calendar years)

Durability of construction materialsÉpítőanyagok tartósságaCode: BMEEOEMDT82Lectures: 2 hours per week (theory)Performance evaluation: examCredits: 3Course coordinator and main lecturer: Balázs L. GyörgyFurther lecturers: Kopecskó Katalin Salem G. NehmeDepartment managing the subject: Department of Construction Materials and Technologies(em.bme.hu)Role of the subject in the academic plan: specialisation subject in the Structural CivilEngineering PhD programmeSemester: spring semester

Relationship between structure and behaviour of concrete

A beton struktúrájának és tulajdonságainak összefüggéseCode: BMEEOEMDT83Lectures: 2 hours per week (theory)Performance evaluation: examCredits: 3Course coordinator and main lecturer: Salem G. NehmeFurther lecturers: Kopecskó KatalinDepartment managing the subject: Department of Construction Materials and Technologies(em.bme.hu)Role of the subject in the academic plan: specialisation subject in the Structural CivilEngineering PhD programmeSemester: spring semester (only in even calendar years)

Advanced construction materialsKülönleges építőanyagokCode: BMEEOEMDT84Lectures: 2 hours per week (theory)Performance evaluation: examCredits: 3Course coordinator and main lecturer: Balázs L. GyörgyFurther lecturers: Salem G. NehmeErdélyi AttilaDepartment managing the subject: Department of Construction Materials and Technologies(em.bme.hu)Role of the subject in the academic plan: specialisation subject in the Structural CivilEngineering PhD programmeSemester: spring semester

Rheological and temperature dependent material propertiesReológiai és hőmérsékletfüggő anyagtulajdonságokCode: BMEEOEMDT85Lectures: 2 hours per week (theory)Performance evaluation: examCredits: 3Course coordinator and main lecturer: Lublóy ÉvaFurther lecturers: Balázs L. GyörgyDepartment managing the subject: Department of Construction Materials and Technologies(em.bme.hu)Role of the subject in the academic plan: specialisation subject in the Structural CivilEngineering PhD programmeSemester: fall and spring semester

Expertise in building designÉpületszerkezeti konstruktőri ismeretekCode: BMEEOEMDT86Lectures: 2 hours per week (theory)Performance evaluation: examCredits: 3Course coordinator and main lecturer: Stocker GyörgyFurther lecturers: Halász GyörgyDepartment managing the subject: Department of Construction Materials and Technologies(em.bme.hu)Role of the subject in the academic plan: specialisation subject in the Structural CivilEngineering PhD programmeSemester: fall and spring semester

Building energy modelling (BEM)Épületenergetikai modellezés (BEM)Code: BMEEOEMDT87Lectures: 2 hours per week (theory)Performance evaluation: examCredits: 3Course coordinator and main lecturer: Szalay ZsuzsaFurther lecturers: Medgyasszay PéterDepartment managing the subject: Department of Construction Materials and Technologies(em.bme.hu)Role of the subject in the academic plan: specialisation subject in the Structural CivilEngineering PhD programmeSemester: fall semester

Design Theories and ConceptsTervezéselméletCode: BMEEOEMDT88Lectures: 2 hours per week (theory)Performance evaluation: examCredits: 3Course coordinator and main lecturer: Patonai DénesFurther lecturers: Lipták-Váradi JúliaDepartment managing the subject: Department of Construction Materials and Technologies(em.bme.hu)

Role of the subject in the academic plan: specialisation subject in the Structural CivilEngineering PhD programmeSemester: fall semester

Technical value analysisMűszaki értékelemzés Code: BMEEOEMDT89Lectures: 2 hours per week (theory)Performance evaluation: examCredits: 3Course coordinator and main lecturer: Dudás AnnamáriaFurther lecturers: Horn ValériaDepartment managing the subject: Department of Construction Materials and Technologies(em.bme.hu)Role of the subject in the academic plan: specialisation subject in the Structural CivilEngineering PhD programmeSemester: spring semester (only in odd calendar years)

Alcali activated materials in civil engineeringAlkáli aktivált anyagok építőmérnöki alkalmazásaiCode: BMEEOEMDTV1Lectures: 2 hours per week (theory)Performance evaluation: examCredits: 3Course coordinator and main lecturer: Kopecskó KatalinFurther lecturers: -Department managing the subject: Department of Construction Materials and Technologies(em.bme.hu)Role of the subject in the academic plan: elective subject in the Structural Civil Engineering PhDprogrammeSemester: spring semester (only in even calendar years)

Rock mechanical modellingKőzetmechanikai modellezésCode: BMEEOGMDT71Lectures: 2 hours per week (theory)Performance evaluation: examCredits: 3Course coordinator and main lecturer: Vásárhelyi Balázs

Further lecturers: Görög PéterDepartment managing the subject: Department of Engineering Geology and Geotechnics(gmt.bme.hu)Role of the subject in the academic plan: basic subject in the Structural Civil Engineering PhDprogrammeSemester: spring semester

Special geotechnical testsSpeciális geotechnikai vizsgálatokCode: BMEEOGMDT72Lectures: 2 hours per week (theory)Performance evaluation: examCredits: 3Course coordinator and main lecturer: Móczár BalázsFurther lecturers: Szendefy JánosDepartment managing the subject: Department of Engineering Geology and Geotechnics(gmt.bme.hu)Role of the subject in the academic plan: basic subject in the Structural Civil Engineering PhDprogrammeSemester: fall semester

Hydrogeology of subsurface waterFelszínalatti vizek teleptanaCode: BMEEOGMDT81Lectures: 2 hours per week (theory)Performance evaluation: examCredits: 3Course coordinator and main lecturer: Görög PéterFurther lecturers: Hajnal GézaDepartment managing the subject: Department of Engineering Geology and Geotechnics(gmt.bme.hu)Role of the subject in the academic plan: specialisation subject in the Structural CivilEngineering PhD programmeSemester: fall semester

Stone in structuresKőzetek szerkezeti alkalmazásaCode: BMEEOGMDT82Lectures: 2 hours per week (theory)Performance evaluation: exam

Credits: 3Course coordinator and main lecturer: Török ÁkosFurther lecturers: Görög PéterDepartment managing the subject: Department of Engineering Geology and Geotechnics(gmt.bme.hu)Role of the subject in the academic plan: specialisation subject in the Structural CivilEngineering PhD programmeSemester: spring semester

Geotechnical finite element analysisGeotechnikai véges elemes analízisCode: BMEEOGMDT83Lectures: 2 hours per week (theory)Performance evaluation: examCredits: 3Course coordinator and main lecturer: Mahler AndrásFurther lecturers: -Department managing the subject: Department of Engineering Geology and Geotechnics(gmt.bme.hu)Role of the subject in the academic plan: specialisation subject in the Structural CivilEngineering PhD programmeSemester: spring semester

Engineering geological risk assessmentMérnökgeológiai kockázatelemzésCode: BMEEOGMDTV1Lectures: 2 hours per week (theory)Performance evaluation: examCredits: 3Course coordinator and main lecturer: Török ÁkosFurther lecturers: Rozgonyi-Boissinot NikolettDepartment managing the subject: Department of Engineering Geology and Geotechnics(gmt.bme.hu)Role of the subject in the academic plan: elective subject in the Structural Civil Engineering PhDprogrammeSemester: fall semester

Fragility assessmentSérülékenységanalízisCode: BMEEOHSDT71

Lectures: 2 hours per week (theory)Performance evaluation: examCredits: 3Course coordinator and main lecturer: Vigh László GergelyFurther lecturers: -Department managing the subject: Department of Structural Engineering (hsz.bme.hu)Role of the subject in the academic plan: basic subject in the Structural Civil Engineering PhDprogrammeSemester: fall and spring semester

Reinforced concrete modellingA vasbeton modellezéseCode: BMEEOHSDT81Lectures: 2 hours per week (theory)Performance evaluation: examCredits: 3Course coordinator and main lecturer: Sajtos IstvánFurther lecturers: -Department managing the subject: Department of Structural Engineering (hsz.bme.hu)Role of the subject in the academic plan: specialisation subject in the Structural CivilEngineering PhD programmeSemester: fall semester

Mechanics of compositesKompozitok mechanikájaCode: BMEEOHSDT82Lectures: 2 hours per week (theory)Performance evaluation: examCredits: 3Course coordinator and main lecturer: Kollár László P.Further lecturers: -Department managing the subject: Department of Structural Engineering (hsz.bme.hu)Role of the subject in the academic plan: specialisation subject in the Structural CivilEngineering PhD programmeSemester: spring semester

Shell structuresHéjszerkezetekCode: BMEEOHSDT83

Lectures: 2 hours per week (theory)Performance evaluation: examCredits: 3Course coordinator and main lecturer: Hegedűs IstvánFurther lecturers: -Department managing the subject: Department of Structural Engineering (hsz.bme.hu)Role of the subject in the academic plan: specialisation subject in the Structural CivilEngineering PhD programmeSemester: fall and spring semester

Plates and sandwich structuresLemezek és szendvicsszerkezetekCode: BMEEOHSDT84Lectures: 2 hours per week (theory)Performance evaluation: examCredits: 3Course coordinator and main lecturer: Hegedűs IstvánFurther lecturers: -Department managing the subject: Department of Structural Engineering (hsz.bme.hu)Role of the subject in the academic plan: specialisation subject in the Structural CivilEngineering PhD programmeSemester: fall and spring semester

Computational analysis and designNumerikus analízis és méretezésCode: BMEEOHSDT85Lectures: 2 hours per week (theory)Performance evaluation: examCredits: 3Course coordinator and main lecturer: Dunai LászlóFurther lecturers: Kövesdi BalázsDepartment managing the subject: Department of Structural Engineering (hsz.bme.hu)Role of the subject in the academic plan: specialisation subject in the Structural CivilEngineering PhD programmeSemester: spring semester

Seismic design principlesSzeizmikus tervezési elvekCode: BMEEOHSDT86

Lectures: 2 hours per week (theory)Performance evaluation: examCredits: 3Course coordinator and main lecturer: Kollár László P.Further lecturers: Dunai LászlóDepartment managing the subject: Department of Structural Engineering (hsz.bme.hu)Role of the subject in the academic plan: specialisation subject in the Structural CivilEngineering PhD programmeSemester: fall semester

Functional AnalysisFunkcionálanalízisCode: BMEEOTMDT71Lectures: 2 hours per week (theory)Performance evaluation: examCredits: 3Course coordinator and main lecturer: Kovács FlóriánFurther lecturers: -Department managing the subject: Department of Structural Mechanics (me.bme.hu)Role of the subject in the academic plan: basic subject in the Structural Civil Engineering PhDprogrammeSemester: fall semester

Material Models in MechanicsMechanikai anyagmodellekCode: BMEEOTMDT72Lectures: 2 hours per week (theory)Performance evaluation: examCredits: 3Course coordinator and main lecturer: Bojtár ImreFurther lecturers: -Department managing the subject: Department of Structural Mechanics (me.bme.hu)Role of the subject in the academic plan: basic subject in the Structural Civil Engineering PhDprogrammeSemester: fall semester

Numerical MethodsNumerikus módszerekCode: BMEEOTMDT73

Lectures: 2 hours per week (theory)Performance evaluation: examCredits: 3Course coordinator and main lecturer: Németh RóbertFurther lecturers: -Department managing the subject: Department of Structural Mechanics (me.bme.hu)Role of the subject in the academic plan: basic subject in the Structural Civil Engineering PhDprogrammeSemester: fall semester

Mechanics of Masonry StructuresFalazott szerkezetek mechanikájaCode: BMEEOTMDT81Lectures: 2 hours per week (theory)Performance evaluation: examCredits: 3Course coordinator and main lecturer: Bagi KatalinFurther lecturers: -Department managing the subject: Department of Structural Mechanics (me.bme.hu)Role of the subject in the academic plan: specialisation subject in the Structural CivilEngineering PhD programmeSemester: fall semester

Thin Walled Steel StructuresVékonyfalú acélszerkezetekCode: BMEEOTMDT82Lectures: 2 hours per week (theory)Performance evaluation: examCredits: 3Course coordinator and main lecturer: Ádány SándorFurther lecturers: Dunai LászlóDepartment managing the subject: Department of Structural Mechanics (me.bme.hu)Role of the subject in the academic plan: specialisation subject in the Structural CivilEngineering PhD programmeSemester: spring semester (only in odd calendar years)

Structural OptimizationSzerkezetek optimálásaCode: BMEEOTMDT83

Lectures: 2 hours per week (theory)Performance evaluation: examCredits: 3Course coordinator and main lecturer: Lógó JánosFurther lecturers: -Department managing the subject: Department of Structural Mechanics (me.bme.hu)Role of the subject in the academic plan: specialisation subject in the Structural CivilEngineering PhD programmeSemester: spring semester

Cable and Tensile Membrane StructuresKábel- és ponyvaszerkezetekCode: BMEEOTMDTV1Lectures: 2 hours per week (theory)Performance evaluation: examCredits: 3Course coordinator and main lecturer: Hincz KrisztiánFurther lecturers: -Department managing the subject: Department of Structural Mechanics (me.bme.hu)Role of the subject in the academic plan: elective subject in the Structural Civil Engineering PhDprogrammeSemester: fall semester (only in odd calendar years)

Fracture MechanicsTörésmechanikaCode: BMEEOTMDTV2Lectures: 2 hours per week (theory)Performance evaluation: examCredits: 3Course coordinator and main lecturer: Bojtár ImreFurther lecturers: -Department managing the subject: Department of Structural Mechanics (me.bme.hu)Role of the subject in the academic plan: elective subject in the Structural Civil Engineering PhDprogrammeSemester: spring semester

3 INFRASTRUCTURE CIVIL ENGINEERING PROGRAMME

Pavement analysis and design

Útpályaszerkezet diagnosztika és méretezésCode: BMEEOUVDT81Lectures: 2 hours per week (theory)Performance evaluation: examCredits: 3Course coordinator and main lecturer: Tóth CsabaFurther lecturers: -Department managing the subject: Department of Highway and Railway Engineering(uvt.bme.hu)Role of the subject in the academic plan: specialisation subject in the Infrastructure CivilEngineering PhD programmeSemester: spring semester

Railway Track GeometryVasúti pályageometriaCode: BMEEOUVDT82Lectures: 2 hours per week (theory)Performance evaluation: examCredits: 3Course coordinator and main lecturer: Liegner NándorFurther lecturers: -Department managing the subject: Department of Highway and Railway Engineering(uvt.bme.hu)Role of the subject in the academic plan: specialisation subject in the Infrastructure CivilEngineering PhD programmeSemester: spring semester

Modelling of railway tracksVasúti pályaszerkezetek modellezéseCode: BMEEOUVDT83Lectures: 2 hours per week (theory)Performance evaluation: examCredits: 3Course coordinator and main lecturer: Liegner NándorFurther lecturers: Bocz PéterDepartment managing the subject: Department of Highway and Railway Engineering(uvt.bme.hu)Role of the subject in the academic plan: specialisation subject in the Infrastructure CivilEngineering PhD programmeSemester: fall semester

EcologyÖkológiaCode: BMEEOVKDT71Lectures: 2 hours per week (theory)Performance evaluation: examCredits: 3Course coordinator and main lecturer: Szilágyi FerencFurther lecturers: -Department managing the subject: Department of Sanitary and Environmental Engineering(vkkt.bme.hu)Role of the subject in the academic plan: basic subject in the Infrastructure Civil EngineeringPhD programmeSemester: fall semester

Aquatic chemistryVízkémiaCode: BMEEOVKDT72Lectures: 2 hours per week (theory)Performance evaluation: examCredits: 3Course coordinator and main lecturer: Licskó IstvánFurther lecturers: -Department managing the subject: Department of Sanitary and Environmental Engineering(vkkt.bme.hu)Role of the subject in the academic plan: basic subject in the Infrastructure Civil EngineeringPhD programmeSemester: fall and spring semester

Water quality in drinking water networksIvóvízellátó hálózatok és vízminőségi problémákCode: BMEEOVKDT81Lectures: 2 hours per week (theory)Performance evaluation: examCredits: 3Course coordinator and main lecturer: Fülöp RolandFurther lecturers: -Department managing the subject: Department of Sanitary and Environmental Engineering(vkkt.bme.hu)Role of the subject in the academic plan: specialisation subject in the Infrastructure CivilEngineering PhD programme

Semester: spring semester

Water quality classificationVízminősítésCode: BMEEOVKDT82Lectures: 2 hours per week (theory)Performance evaluation: examCredits: 3Course coordinator and main lecturer: Licskó IstvánFurther lecturers: Szilágyi FerencDepartment managing the subject: Department of Sanitary and Environmental Engineering(vkkt.bme.hu)Role of the subject in the academic plan: specialisation subject in the Infrastructure CivilEngineering PhD programmeSemester: spring semester

Natural wastewater treatmentTermészet-közeli szennyvíztisztításCode: BMEEOVKDT83Lectures: 2 hours per week (theory)Performance evaluation: examCredits: 3Course coordinator and main lecturer: Szilágyi FerencFurther lecturers: -Department managing the subject: Department of Sanitary and Environmental Engineering(vkkt.bme.hu)Role of the subject in the academic plan: specialisation subject in the Infrastructure CivilEngineering PhD programmeSemester: spring semester

Drinking water treatment technologies and health aspects of water supplyAz ivóvíztisztítás technológiái és az ivóvízellátás közegészségügyi vonatkozásaiCode: BMEEOVKDT84Lectures: 2 hours per week (theory)Performance evaluation: examCredits: 3Course coordinator and main lecturer: Laky DóraFurther lecturers: -

Department managing the subject: Department of Sanitary and Environmental Engineering(vkkt.bme.hu)Role of the subject in the academic plan: specialisation subject in the Infrastructure CivilEngineering PhD programmeSemester: fall semester

State of the art wastewater treatmentKorszerű szennyvíztisztításCode: BMEEOVKDT85Lectures: 2 hours per week (theory)Performance evaluation: examCredits: 3Course coordinator and main lecturer: Patziger MiklósFurther lecturers: -Department managing the subject: Department of Sanitary and Environmental Engineering(vkkt.bme.hu)Role of the subject in the academic plan: specialisation subject in the Infrastructure CivilEngineering PhD programmeSemester: fall semester

Theoretical hydrodynamicsElméleti hidrodinamikaCode: BMEEOVVDT71Lectures: 2 hours per week (theory)Performance evaluation: examCredits: 3Course coordinator and main lecturer: Szabó K. GáborFurther lecturers: -Department managing the subject: Department of Hydraulic and Water Resources Engineering(vit.bme.hu)Role of the subject in the academic plan: basic subject in the Infrastructure Civil EngineeringPhD programmeSemester: fall and spring semester

Computational hydraulicsNumerikus hidraulikaCode: BMEEOVVDT72Lectures: 2 hours per week (theory)Performance evaluation: examCredits: 3

Course coordinator and main lecturer: Krámer TamásFurther lecturers: -Department managing the subject: Department of Hydraulic and Water Resources Engineering(vit.bme.hu)Role of the subject in the academic plan: basic subject in the Infrastructure Civil EngineeringPhD programmeSemester: spring semester

Seepage and groundwater hydraulicsSzivárgás- és talajvízhidraulikaCode: BMEEOVVDT81Lectures: 2 hours per week (theory)Performance evaluation: examCredits: 3Course coordinator and main lecturer: Csoma RózsaFurther lecturers: -Department managing the subject: Department of Hydraulic and Water Resources Engineering(vit.bme.hu)Role of the subject in the academic plan: specialisation subject in the Infrastructure CivilEngineering PhD programmeSemester: fall semester (only in even calendar years)

Hydrological modelling and forecastingHidrológiai modellezés és előrejelzésCode: BMEEOVVDT82Lectures: 2 hours per week (theory)Performance evaluation: examCredits: 3Course coordinator and main lecturer: Szilágyi JózsefFurther lecturers: Honti MárkDepartment managing the subject: Department of Hydraulic and Water Resources Engineering(vit.bme.hu)Role of the subject in the academic plan: specialisation subject in the Infrastructure CivilEngineering PhD programmeSemester: spring semester

Sediment transport modellingHordaléktranszport modellezéseCode: BMEEOVVDT83Lectures: 2 hours per week (theory)

Performance evaluation: examCredits: 3Course coordinator and main lecturer: Baranya SándorFurther lecturers: -Department managing the subject: Department of Hydraulic and Water Resources Engineering(vit.bme.hu)Role of the subject in the academic plan: specialisation subject in the Infrastructure CivilEngineering PhD programmeSemester: fall semester

LimnologyLimnológiaCode: BMEEOVVDT84Lectures: 2 hours per week (theory)Performance evaluation: examCredits: 3Course coordinator and main lecturer: Józsa JánosFurther lecturers: Istvánovics VeraKrámer TamásDepartment managing the subject: Department of Hydraulic and Water Resources Engineering(vit.bme.hu)Role of the subject in the academic plan: specialisation subject in the Infrastructure CivilEngineering PhD programmeSemester: fall semester

Transportation Economics 1Közlekedésgazdaságtan I.Code: BMEKOKGD006Lectures: 0 hours per week (theory)Performance evaluation: examCredits: 0Course coordinator and main lecturer: Tánczos LászlónéFurther lecturers: -Department managing the subject: Department of Transport Technology and Economics(kukg.bme.hu)Role of the subject in the academic plan: basic subject in the Infrastructure Civil EngineeringPhD programmeSemester: fall semester

Transport Technology

Közlekedési technológiaCode: BMEKOKUD003Lectures: 2 hours per week (theory)Performance evaluation: examCredits: 3Course coordinator and main lecturer: Dr. Mándoki PéterFurther lecturers: -Department managing the subject: Department of Transport Technology and Economics(kukg.bme.hu)Role of the subject in the academic plan: specialisation subject in the Infrastructure CivilEngineering PhD programmeSemester: spring semester

Trafc Technology (Models)Közlekedési hálózattervezés (modellek)Code: BMEKOKUD008Lectures: 2 hours per week (theory)Performance evaluation: examCredits: 3Course coordinator and main lecturer: Dr. Juhász JánosFurther lecturers: Dr. Tóth JánosDepartment managing the subject: Department of Transport Technology and Economics(kukg.bme.hu)Role of the subject in the academic plan: specialisation subject in the Infrastructure CivilEngineering PhD programmeSemester: fall semester

Passenger Transport SystemsSzemélyközlekedési rendszerekCode: BMEKOKUD021Lectures: 4 hours per week (theory)Performance evaluation: examCredits: 3Course coordinator and main lecturer: Dr. Csiszár CsabaFurther lecturers: Csonka Bálint, Földes DávidDepartment managing the subject: Department of Transport Technology and Economics(kukg.bme.hu)Role of the subject in the academic plan: specialisation subject in the Infrastructure CivilEngineering PhD programmeSemester: spring semester