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Name of course  Lecturer Neptun code of English course  Semester
(fall or spring)
Course Description

1. Chemically Metallurgy

Leader: Prof. Dr. Tamás KÉKESI

Surface technologies Prof. Dr. Török Tamás MAKDKM1EN Spring
Chemical Metallurgy-I Prof. Dr. Török Tamás MAKDKM2EN Spring
Theoretical Fundamentals of Chemical Metallurgy Prof. Dr. Kékesi Tamás MAKDKM3EN Spring/Fall
Processes of Metal Extraction and Refining Prof. Dr. Kékesi Tamás MAKDKM4EN Spring/Fall

2. Foundry Engineering

Leader: Dr. László VARGA

Theoretical basics and simulation of foundry processes Dr. Molnár Dániel MAKDÖN1EN Spring

3. Interfacial phenomena and nano-technology

Leader: Prof. Dr. György KAPTAY

Art of Doing Science Prof. Dr. Kaptay György MAKDHN1EN Fall
Bulk and Interfacial Equilibrium of Materials Prof. Dr. Kaptay György MAKDHN2EN Spring/Fall
Nanotechnology Dr. Baumli Péter MAKDHN3EN Fall

4. Plastic deformation of metals

Leader: Prof. Dr. László TÓTH

Theory of metal forming Dr. Kovács Sándor MAKDFK1EN Fall
Hot forming Dr. Szűcs Máté MAKDFK2EN Spring
Cold Metalforming Processes Dr. Szűcs Máté MAKDFK3EN Spring
Modelling in crystal plasticity Prof. Dr. László S. Tóth MAKDFK4EN Spring

5. Physical metallurgy and heat treatment

Leader: Prof. Dr. Valéria MERTINGER

X-ray diffraction methods Prof. Dr. Mertinger Valéria MAKDFH2EN Spring
Metal Matrix Composites Prof. Dr. Gácsi Zoltán
Dr. Gergely Gréta
Solide State tansformation

Prof. Dr. Roósz András
Dr. Benke Márton

Solidification Prof. Dr. Roósz András
Dr. Veres Zsolt
 Electron microscopy: a powerful tool for understanding the operating mechanisms of deformation Dr. habil. Antoine Guitton      

6. Materials informatics

Leader: Prof. Dr. Zoltán GÁCSI

Non conventional computation in image analysis Dr. Barkóczy Péter MAKDIA2EN Spring
Applications of computer algebraic systems Dr. Körtesi Péter MAKDIA3EN Spring/Fall  
Anisotropy examinations Dr. Benke Márton MAKDAI4EN Fall
Scientific database management Kissné Dr. Svéda Mária MAKDAI5EN Spring
Artificial intelligence and material science application  Dr. Tóth-Lukács Pál MAKDAI6EN Fall

7. Space materials and technology

Leader: Prof. Dr. Pál BÁRCZY

Materials science in space Dr. Bárczy Pál
MAKDUT1(L) Spring  
Numerical simulation processes Dr. Barkóczy Péter MAKDUT2(L) Fall  

8. High temperature equipment and heat energy utilization

Leader: Prof. Dr. Árpád Bence PALOTÁS

Combustion Theory and Gasification Theory Prof. Dr. Palotás Árpád Bence MAKDEN1EN Spring/Fall
Transport processes Dr. Tóth Pál MAKDEN2EN Spring/Fall  
Test methods for refractory materials Dr. Póliska Csaba MAKDEN3EN Spring/Fall
Transmission processes of airpollutants Dr. Szűcs István
prof. emeritus
MAKDEN4EN Spring/Fall

9. Ceramics and their technologies

Leader: Dr. István KOCSERHA

Mechanics and Processing of Ceramics Dr. Kocserha István MAKDKE1EN Fall
Constructional materials, silicates and glasses Dr. Kocserha István MAKDKE2EN Fall  

10. Polymer technology

Leader: Prof. Dr. Kálmán MAROSSY

Physics of Polymers Dr. Marossy Kálmán
prof. emeritus
MAKDPO1EN Spring/Fall
PVC materials Dr. Marossy Kálmán
prof. emeritus
MAKDPO2EN Spring/Fall
Rheology of Polymers Prof. Dr. Czél György MAKDPO3EN Spring
Introduction to the Chemistry of Polymers Dr. Szabó Tamás MAKDPO4EN Spring/Fall
Plastics Processing Technology Prof. Dr. Belina Károly MAKDPO5EN Fall

11. Chemical processes and technologies

Leader: Prof. Dr. Béla VISKOLCZ

Selected topics of petrochemical and organic chemical technologies Dr. Fejes Zsolt MAKDKF6EN Spring
Sorption and catalysis Dr. Lakatos János MAKDKF2EN Spring/Fall
Molecular Simulations of Complex Systems, Molecular Design and Calculations of Thermochemical properties Dr. Szőri Milán MAKDKF3EN Spring/Fall
Application of Theoretical Chemistry Methods for Industrial Processes Prof. Dr. Viskolcz Béla MAKDKF4EN Spring/Fall
Data Analysis Dr. Bánhidi Olivér MAKDKF5EN Spring/Fall  
Molecular Engineering Dr. Fiser Béla MAKDKF56N Spring/Fall