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Mechanical Engineering Technologies and Materials - PhD. - full-time

Admission Requirements:

Complete higher education and successful admission process.

Information on the Programme of Study:

Third level of higher education study in the discipline of „Mechanical Engineering Technologies and Materials“ deepens and extends theoretical knowledge of technological fields in the area of metallurgy, progressive technologies, metal cutting and non-cutting, automation of technological processes and possibilities of their application in mechanical engineering companies, while considering qualitative, technological-economic and ecological aspects.

Graduates of Doctoral studies can work at research and development offices and units of production facilities, top managerial positions, management of production units with sophisticated production technology, institutes of the Slovak Academy of Sciences, and at technological universities and colleges. They are able to find work in counselling firms and organisations that require advanced education in technological disciplines.  Graduates will be able to manage scientific and technological production centres for defence, manufacturing and automotive technology.


I. YEAR SUBJECT AREA:5.2.7 Mechanical Engineering Technologies and materials

Study programme:  Mechanical Engineering Technologies and MaterialsForm of study: full - time

CodeCourse title ECTS Credits Number of hours per weekExamination
WSSSWSSS
 Compulsory subjects
STaM/D/3-17/dPhysical metallurgy of steels and their heat treatment15 2-0-1 E
STaM/D/3-81/dDissertation project I5 0-0-6 C
STaM/D/3-82/dDissertation project II 10 0-0-8C
Total20102-0-70-0-8 
Compulsory optional subjects
STaM/D/1-28/dTheory and means of automated management5 2-0-1 E
STaM/D/3-54/dComputer simulation of technological processes5 1-0-2 E
STaM/D/1-12/dExperimental methods and results processing5 2-0-0 E
STaM/D/3-24/dModern processing technologies5 2-0-0 E
STaM/D/3-53/dDesigning production processes and systems5 2-0-0 E
STaM/D/3-94/dTechnological and product quality 35 2-0-0 E
STaM/D/3-16/dTesting of material properties5 2-0-0 E
STaM/D/3-38/dThe theory and technology of machining processes, forming and surface treatment 153-0-13-0-1E
STaM/D/3-39/dTheory and technology of welding processes, casting and powder metallurgy 153-0-13-0-1E
STaM/D/3-55/dCA systems and controlning of production and technological processes 153-0-13-0-1E
STaM/D/3-31/dPreparation and processing of metallic and non-metallic materials 153-0-13-0-1E
STaM/D/1-13/dTechnical world language 3 50-2-00-2-0E
Minimum1020Credits  

  C - credit  E - exam 

1 Lectured in English and Slovak language

2 Lectured in English

Lectured in Spanish, Russian, German, Russian


SUBJECT AREA: 5.2.7 Mechanical Engineering Technologies and materialsStudy programme:  Mechanical Engineering Technologies and MaterialsForm of study: full - time

CodeCourse title ECTS Credits Number of hours per weekExamination
WSSSWSSS 
 Compulsory subjects 
STaM/D/3-83/dDissertation project III15 0-4-4 E 
STaM/D/3-87/dDissertation test10   E 
STaM/D/3-84/dDissertation project IV 10 0-4-4C 
Total25100-4-40-4-4  
  
Compulsory optional subjects 
STaM/D/3-32/dSpecial articles I – Machined surfaces5 2-0-0 E 
STaM/D/3-33/dSpecial articles II – Theory of cutting property and workability  5 2-0-0 E 
STaM/D/3-34/dSpecial articles III - Welding of high strength materials used in production of special equipment5 2-0-0 E 
STaM/D/3-36/dSpecial articles IV - Ferrous metal alloys for castings with higher utility parameters5 2-0-0 E 
STaM/D/3-37/dSpecial articles V - Forming non-ferrous materials5 2-0-0 E 
STaM/D/3-18/dSpecial articles VI - Metallurgical forming of semiproducts for application in special technology5 2-0-0 E 
STaM/D/3-93/dCreative activities in the field of science 20    
Minimum520Credits   

C - credit  E - exam 


III. YEARSUBJECT AREA: 5.2.7 Mechanical Engineering Technologies and materialsStudy programme:  Mechanical Engineering Technologies and MaterialsForm of study: full - time

Code Course title  ECTS CreditsNumber of hours per weekExamination
WSSSWSSS 
Compulsory subjects 
STaM/D/3-85/dDissertation project V10 0-4-4 C 
STaM/D/3-86/dDissertation project VI and dissertation thesis defense 30 0-8-0C 
Total10300-4-40-8-0  
Compulsory optional subjects
STaM/D/3-95/dCreative activities in the field of science20    
Minimum20 Credits  

  C - credit  E - exam