Information on study programme

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Faculty Faculty of Technology (FT)
Study programme Process Engineering (P0711D130003)
Branch of study / Specialization unspecified (-/0 - 2019)
Level of acquired qualification Doctoral
Form of study Part time
Standard length of study 4 years
Number of ECTS credits Studies are not credit-based.
Qualification awarded Doctor (8)
Access to further studies The doctoral degree is the highest possible level of education in Czech education system.  
Type of completion State Doctoral Examination and dissertation defense.
Study and Examination Code URL
Faculty coordinator for international students unspecified
Key learning outcomes The aim of this doctoral study programme is to provide the scientific knowledge in the field of study, to ensure the development of research practice and development of a scientific or engineering personality. Mastering and applying specific applications of computational methods and knowledge of material properties and technological processes will lead to support for the design of polymer products from advanced materials and tools for their processing including simulations and model development. The doctoral study programme focuses mainly on fundamental research of the relationship between the structure, design and technological properties of functional materials based on polymers, composites, metals and ceramics. Due to the strong application potential, it is also expected to develop the acquired knowledge in solving common topics within the industry with an increased attention to computer support, automation, robotics and economic efficiency of production processes, tools and methods of evaluating parameters determining production quality.
Specific admission requirements unspecified
Specific provisions for recognition of prior learning General Rules for the Recognition of Previous Studies
Qualification requirements and regulations unspecified
Profile of the programme unspecified
Persistence requirements Školitel pravidelně na konci akademického roku hodnotí plnění podmínek stanovených v Individuálním studijním plánu studenta. Po vyjádření studenta Oborová rada doporučuje pokračování ve studiu v následujícím akademickém roce.
Occupational profiles of graduates with examples unspecified
Branch of study / Specialization guarantor unspecified

Segment composition (blocks and Courses within):

Abbreviation
T19-KD-PI
Name of segment
Procesní inženýrství
Name of block
unspecified
Status
Compulsory
Min. credits
78
Max. ECTS credits
-
Min. number of courses
11
Course code Course title credits Completion Time requirements Recommended year of study Recommended semester Course availability
TUVI/TWBA1 English Leanguage I 3 Klz 0+0+0 - -  
TUVI/TWBA2 English Leanguage II 3 Zk 0+0+0 - -  
TUVI/TWBD1 Dissertation Project I 12 Klz 0+0+0 - -  
TUVI/TWBD2 Dissertation Project II 12 Klz 0+0+0 - -  
TUVI/TWBD3 Dissertation Project III 5 Klz 0+0+0 - -  
TUVI/TWBV3 Scientific Work III 6 Klz 0+0+0 - -  
TUVI/TWBSZ Doctoral Degree Examination 20 Szv 0+0+0 - -  
TUVI/TWBVF Selected Topics in Polymer Physics 6 Zk 0+0+0 - -  
TUVI/TWBV1 Scientific Work I 2 Klz 0+0+0 - -  
TUVI/TWBV2 Scientific Work II 6 Klz 0+0+0 - -  
TUVI/TWBD4 Dissertation Project IV 3 Klz 0+0+0 - -  
Name of block
unspecified
Status
Compulsory
Min. credits
6
Max. ECTS credits
-
Min. number of courses
4
Course code Course title credits Completion Time requirements Recommended year of study Recommended semester Course availability
Name of block
unspecified
Status
Compulsory option
Min. credits
3
Max. ECTS credits
-
Min. number of courses
-
Course code Course title credits Completion Time requirements Recommended year of study Recommended semester Course availability
TUVI/TWBBP Biotechnological Polymers and Biopolym. 3 Zk 0+0+0 - -  
TUVI/TWBPK Polymeric Construction Materials 6 Zk 0+0+0 - -  
TUVI/TWBMD Mechanisms of Degrad.of Polymers.Mat. 3 Zk 0+0+0 - -  
Name of block
unspecified
Status
Compulsory option
Min. credits
6
Max. ECTS credits
-
Min. number of courses
-
Course code Course title credits Completion Time requirements Recommended year of study Recommended semester Course availability
TUVI/TWBNZ Tools for Polymeric Part Production 6 Zk 0+0+0 - -  
TUVI/TWBVS Production Machines and Devices 3 Zk 0S+0+0 - -  
TUVI/TWBAR Applied Rheology 6 Zk 0+0+0 - -  
TUVI/TWBST Manifacturing Technology 3 Zk 0+0+0 - -  
Name of block
unspecified
Status
Optional
Min. credits
3
Max. ECTS credits
-
Min. number of courses
-
Course code Course title credits Completion Time requirements Recommended year of study Recommended semester Course availability
TUVI/TWBIM Instr.Meth.in Analy.and Test.Polym. 6 Zk 0+0+0 - -  
TUVI/TWBRP Rheology Polymers 6 Zk 0+0+0 - -  
TUVI/TWBKS Select.Topics in Surfac.and Coll.Systems 6 Zk 0+0+0 - -  
TUVI/TWBKM Composite Materials 3 Zk 0+0+0 - -  
Name of block
unspecified
Status
Optional
Min. credits
3
Max. ECTS credits
-
Min. number of courses
-
Course code Course title credits Completion Time requirements Recommended year of study Recommended semester Course availability
TUVI/TWBDN Dimensioning and Design of Parts 3 Zk 0+0+0 - -  
TUVI/TWBVK Properties of Composite Materials 3 Zk 0+0+0 - -  
TUVI/TWBMM Modern Methods of Non-Contact Metrology 3 Zk 0+0+0 - -  
TUVI/TWBIM Instr.Meth.in Analy.and Test.Polym. 6 Zk 0+0+0 - -