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MSc in Chemical Engineering
Length of study: 4 semesters
Program objectives:
Chemical engineer MSc students get a high level knowledge in natural sciences, engineering, informatics and economics as well as in humanities making them suitable to carry out R&D tasks and high level management activities in chemical and related industries.
Curriculum of Chemical Engineering MSc - General subjects
Subject programs can be viewed by clicking on the code of the subject. Web pages are linked in the column "Web" if a dedicated page is available for the subject. Lect/P/Lab abbreviates lectures/practical lectures/laboratory. Curricula of specialisation branches can be viewed here.
|
Subject name |
Code |
Semester |
Credits |
Lect/P/Lab |
Remarks |
|
Design of Experiments 2 |
fall |
3 |
2/0/0p |
preferably in the 1st year |
|
|
Environmentally Benign and Catalytic Processes |
fall |
5 |
3/0/1e |
preferably in the 1st year |
|
|
Physical Chemistry and Structural Chemistry |
fall |
5 |
5/0/0e |
preferably in the 1st year |
|
|
Organic Chemical Technology II |
fall |
5 |
2/0/2p |
preferably in the 1st year |
|
|
Material Science Analysis Methods |
fall |
4 |
2/0/2p |
preferably in the 1st year |
|
|
Chemical Process Design and Control |
spring |
4 |
2/0/2p |
preferably in the 1st year |
|
|
Complex and Organometallic Chemistry |
spring |
2 |
2/0/0p |
preferably in the 1st year |
|
|
Economic Analyses of Technology |
spring |
2 |
2/0/0e |
preferably in the 1st year |
|
|
Materials Science:Traditional Structural Materials and Polymers |
spring |
4 |
2/0/1e |
preferably in the 1st year |
|
|
Mathematics M1C - Differential Equations |
spring |
3 |
2/1/0e |
preferably in the 1st year |
|
|
Organic Chemistry |
spring |
4 |
3/0/0e |
preferably in the 1st year |
|
|
Technology Management |
fall |
2 |
2/0/0p |
preferably in the 2nd year |
|
|
Quality Control |
fall |
2 |
2/0/0p |
preferably in the 2nd year |
|
|
Chemical Production Control |
spring |
2 |
2/0/0e |
preferably in the 2nd year |
|
|
Biology, Biotechnology |
spring |
3 |
2/0/0p |
preferably in the 2nd year |
|
|
Computational Chemistry |
spring |
3 |
2/0/1p |
preferably in the 2nd year |
|
|
Modern Physics for Chemical Engineers |
spring |
3 |
3/0/0e |
preferably in the 2nd year |
|
|
Social and Visual Communication |
spring |
2 |
2/0/0p |
preferably in the 2nd year |
|
|
Thesis Project I |
BMEVE..M300* |
15 |
0/0/11p |
|
|
|
Thesis Project II |
BMEVE..M400* |
15 |
0/0/11p |
|
|
|
Specialization subjects |
|
|
26 |
|
see table below |
|
Elective subjects |
|
|
6 |
|
|
|
Summer practice |
BMEVEKFM888 |
4 weeks/s |
|||
|
MSc total |
|
|
120 |
|
|
*Department-depending code.
Compulsory Languages - these courses cannot be counted for the specialisation credits
|
Subject name |
Code |
Semester |
Credits |
Lect/P/Lab |
Remarks |
|
English for Chemical Studies 1. |
BMEGT60Z941 |
fall |
3 |
0/4/0p |
in the 1st year |
|
English for Chemical Studies 2. |
BMEGT60Z942 |
spring |
3 |
0/4/0p |
in the 1st year |
|
Hungarian Language and Culture for SH Students 1. |
BMEGT60Z9H1 |
fall |
2 |
0/4/0p |
compulsory ONLY for SH students in the 1st semester |
|
Hungarian Language and Culture for SH Students 2. |
BMEGT60Z9H2 |
spring |
2 |
0/4/0p |
compulsory ONLY for SH students in the 2nd semester |
The English courses can be counted as elective subjects.
The Hungarian courses are mandatory only for the students supported by the Stipendium Hungaricum scholarship.
Curricula of specialisation subjects:
Subject programs can be viewed by clicking on the code of the subject. Web pages are linked in the column "Web" if a dedicated page is available for the subject. Lect/P/Lab abbreviates lectures/practical lectures/laboratory. Curriculum of general subjects can be viewed here.
|
Subject name |
Code |
Semester |
Credits |
Lect/P/Lab |
Remarks |
|
Modern Chemical Technology Specialization |
|||||
|
Bioinorganic Chemistry |
fall |
2 |
2/0/0p |
analytics modul |
|
|
Chromatography |
fall |
3 |
2/0/0e |
analytics modul |
|
|
Inorganic Chemistry Laboratory Practice |
fall |
3 |
0/0/4p |
analytics modul |
|
|
Analytical and Structure Determination Laboratory |
fall |
5 |
1/0/4p |
analytics modul |
|
|
Applied electrochemistry |
spring |
3 |
2/0/0e |
analytics modul |
|
|
Biocatalysis |
fall |
2 |
2/0/0p |
biotechnology modul |
|
|
Bioinformatics 2 - proteomics |
fall |
4 |
2/0/1p |
biotechnology modul |
|
|
Bioregulation |
fall |
3 |
2/0/0e |
biotechnology modul |
|
|
Environmental Toxicology |
fall |
3 |
1/0/1p |
biotechnology modul |
|
|
Methods in Molecular Biology |
fall |
3 |
2/0/0e |
biotechnology modul |
|
|
Biopolymers |
fall |
4 |
2/0/1e |
materials sciences modul |
|
|
Nonconventional Materials |
fall |
3 |
2/0/0p |
materials sciences modul |
|
|
Plastics |
fall |
5 |
2/0/2p |
materials sciences modul |
|
|
Physical Chemistry of Surfaces |
spring |
3 |
2/0/0e |
materials sciences modul |
|
|
Chemistry and Technology of Biomaterials |
fall |
2 |
2/0/0p |
pharmaceuticals modul |
|
|
Unit Processes of Organic Chemistry |
fall |
3 |
0/2/0p |
pharmaceuticals modul |
|
|
Medicines |
spring |
3 |
2/0/0e |
pharmaceuticals modul |
|
|
Organic Chemical Technology |
spring |
3 |
2/0/0e |
pharmaceuticals modul |
|
|
Hydrocarbon Technology |
fall |
3 |
2/0/0e |
technology modul |
|
|
Petrolchemistry |
fall |
6 |
2/0/3e |
technology modul |
|
|
Process Engineering |
fall |
4 |
2/0/1p |
technology modul |
|
|
Radiochemistry and Nuclear Energetics |
fall |
3 |
2/0/1p |
technology modul |
|
|
Conventional and Modern Forms of Energy Production |
spring |
4 |
2/0/1e |
technology modul |
|
|
Environmentally Benign Chemical Processes |
spring |
4 |
3/0/0e |
technology modul |
|
|
Modern Separation Technologies |
spring |
3 |
2/0/1p |
technology modul |
|
|
Project Work I* |
BMEVEKFM100 |
|
3 |
0/0/4p |
|
|
Project Work II* |
BMEVEKFM200 |
|
3 |
0/0/4p |
|
* These subjects are not equal with Individual project I. and II. (BMEVETOM001 and BMEVETOM002). Individual project courses cannot be counted as specialization courses.