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Materials informatics |
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Non conventional computation in image analysis |
Prof. Dr. Barkóczy Péter |
Spring |
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MAKDAI2EN |
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Anisotropy examinations |
Prof. Dr. Benke Márton |
Fall |
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MAKDAI4EN |
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Scientific database management |
Kissné Dr. Svéda Mária |
Spring |
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MAKDAI5EN |
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Artificial intelligence and material science application |
Dr. Tóth-Lukács Pál |
Fall |
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MAKDAI6EN |
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Data Analysis and Visualization with Python |
Dr. Garami Attila |
Fall/Spring |
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MAKDAI7EN |
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Bioanalytical Technologies and Chemometrics |
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Modern Bionalaytical Technologies and Automation |
Dr. Csaba Váradi |
Fall/Spring |
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MAKDBT1EN |
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Plastic deformation of metals |
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Theory of metal forming |
Dr. Kovács Sándor |
Fall |
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MAKDFK1EN |
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Hot forming |
Dr. Szűcs Máté |
Spring |
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MAKDFK2EN |
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Cold Metalforming Processes |
Dr. Szűcs Máté |
Spring |
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MAKDFK3EN |
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Modelling in crystal plasticity |
Prof. Dr. László S. Tóth |
Spring |
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MAKDFK4EN |
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Materials behavior and modeling |
Dr. Alexis Rusinek |
Spring/Fall |
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MAKDFK5EN |
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Physical metallurgy and heat treatment |
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X-ray diffraction methods |
Prof. Dr. Mertinger Valéria |
Spring |
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MAKDFH2EN |
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Metal Matrix Composites |
Prof. Dr. Gácsi Zoltán, Dr. Gergely Gréta |
Fall |
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MAKDFH3EN |
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Solide State tansformation |
Prof. Dr. Benke Márton |
Fall |
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MAKDFH4EN |
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Solidification |
Dr. Veres Zsolt |
Fall |
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MAKDFH5EN |
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Electron microscopy: a powerful tool for understanding the operating mechanisms of deformation |
Dr. habil. Antoine Guitton |
Spring |
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MAKDFH6EN |
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Diffraction for Materials Science & Engineering |
Dr. Ungár Tamás |
Fall |
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MAKDFH7EN |
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Interfacial phenomena and nano-technology |
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Art of Doing Science |
Prof. György Kaptay |
Fall |
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MAKDHN1EN |
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Bulk and Interfacial Equilibrium of Materials |
Prof. György Kaptay |
Spring/Fall |
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MAKDHN2EN |
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Nanotechnology |
Prof. Péter Baumli |
Fall |
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MAKDHN3EN |
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Chemical processes and technologies |
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Sorption and catalysis |
Dr. Zoltán Bacsik |
Spring/Fall |
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MAKDKF2EN |
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Application of Theoretical Chemistry Methods for Industrial Processes |
Prof. Béla Viskolcz |
Spring/Fall |
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MAKDKF4EN |
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Data Analysis |
Dr. Olivér Bánhidi |
Spring/Fall |
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MAKDKF5EN |
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Selected topics of organic chemical technologies |
Dr. Zsolt Fejes |
Spring |
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MAKDKF6EN |
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Molecular Engineering |
Dr. Béla Fiser |
Spring/Fall |
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MAKDKF7EN |
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Practical ab initio calculations |
Prof. Milán Szőri |
Spring |
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MAKDKF8EN |
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Synthetic chemistry in industrial applications |
Prof. Zoltán Mucsi |
Spring/Fall |
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MAKDKF9EN |
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Application of NMR spectroscopy in materials science |
Prof. Zoltán Mucsi |
Spring/Fall |
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MAKDKF10EN |
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Chemically Metallurgy |
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Surface technologies |
Tamás Török prof. emeritus |
Spring/Fall |
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MAKDKM1EN |
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Chemical Metallurgy-I |
Tamás Török prof. emeritus |
Spring |
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MAKDKM2EN |
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Chemical Metallurgy-II |
Prof. Tamás Kékesi |
Spring/Fall |
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MAKDKM3EN |
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Processes of Metal Extraction and Refining |
Prof. Tamás Kékesi |
Spring/Fall |
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MAKDKM4EN |
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Theoretical Fundamentals of Chemical Metallurgy |
Prof. Tamás Kékesi |
Spring/Fall |
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MAKDKM5EN |
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Archaeometallurgy |
Dr. Béla Török |
Spring |
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MAKDKM6EN |
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Ceramics and their technologies |
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Mechanics and Processing of Ceramics |
Dr. István Kocserha |
Fall |
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MAKDKE1EN |
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Constructional materials, silicates and glasses |
Dr. István Kocserha |
Fall |
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MAKDKE2EN |
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Molecular Design and Simulation |
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Organic Chemistry and Computations |
Prof. Zoltán Mucsi |
Spring/Fall |
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MAKDMSZ1EN |
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Computational Biochemistry |
Dr. Michael Owen |
Spring/Fall |
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MAKDMSZ2EN |
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Molecular Design and Docking |
Dr. Béla Fiser |
Spring/Fall |
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MAKDMSZ3EN |
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Computational Spectroscopy and Thermochemistry |
Prof. Milán Szőri |
Spring/Fall |
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MAKDMSZ4EN |
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Computational Chemistry of Interfaces and Functional Materials |
Prof. Babak Minofar |
Spring/Fall |
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MAKDMSZ5EN |
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Process simulation |
Prof. Gábor L. Szepesi |
Spring/Fall |
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|
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High temperature equipment and heat energy utilization |
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Combustion Theory and Gasification Theory |
Prof. Árpád B. Palotás |
Spring/Fall |
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MAKDEN1EN |
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Transport processes |
Dr. Pál Lukács |
Spring/Fall |
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MAKDEN2EN |
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Test methods for refractory materials |
Dr. Csaba Póliska |
Spring/Fall |
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MAKDEN3EN |
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Foundry Engineering |
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Theoretical basics and simulation of foundry processes |
Dr. Dániel Molnár |
Spring/Fall |
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MAKDÖN1EN |
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Polymer technology |
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Physics of Polymers |
Kálmán Marossy prof. emeritus |
Spring/Fall |
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MAKDPO1EN |
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PVC materials |
Kálmán Marossy prof. emeritus |
Spring/Fall |
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MAKDPO2EN |
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Rheology of Polymers |
Prof. György Czél |
Fall |
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MAKDPO3EN |
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Introduction to the Chemistry of Polymers |
Dr. Tamás J. Szabó |
Spring/Fall |
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MAKDPO4EN |
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Plastics Processing Technology |
Prof. Károly Belina |
Fall |
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MAKDPO5EN |
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Space materials and technology |
|
Flight hardware materials |
Pál Bárczy prof.emeritus |
Spring/Fall |
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MAKDUT3EN |
