Information on study programme

« Back
Faculty Faculty of Technology (FT)
Study programme Technology of Macromolecular Substances (P0531D130058)
Branch of study / Specialization unspecified (-/E - 2019)
Level of acquired qualification Doctoral
Form of study Full-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 study programme Technology of Macromolecular Substances focuses on independent scientific research in the field of research and development. Doctoral students are provided with the practical application of theoretical knowledge of mathematics, physics, chemistry and general knowledge of technological processes and knowledge in the field of computer science and informatics. These areas mainly focuses on the specific properties of polymeric materials extended by the latest ecological knowledge. During the study, the doctoral student must demonstrate the ability to creatively solve complex professional problems. As a part of the study, the presentation of results at international conferences and their publication in foreign professional journals are expected. The graduate will be a technology-oriented expert with the knowledge necessary for an exact description of processing processes, physical and chemical properties of polymeric materials and products derived from them, they will be able to work independently, creatively, scientifically, solve innovative requirements for new materials and processes that improve the performance of products, and work as a research and pedagogical worker in polymer processing. Graduates of this programme will find a wide range of applications in technology companies, research and development (such as universities, Academy of Sciences of the Czech Republic, Technology Parks, Technology Transfer Centres, Applied Research Centres, Research and Development Centres, Technology Centres, and others), in certification institutes in the positions of managers, project managers and independent researchers, especially in leading positions in research and development departments in production organizations dealing with materials processing, i.e. in the plastics and rubber industries, and related segments.
Specific admission requirements Successful completion of Master's studies, officially certified diploma.
Specific provisions for recognition of prior learning General Rules for the Recognition of Previous Studies
Qualification requirements and regulations Completed higher education - Masters dergee
Profile of the programme academic
Persistence requirements A Supervisor shall regularly assess as to how his/her doctoral student performs his/her academic duties according to Individual Study Plan. After student's standpoint the relevant Doctoral Programme Board recommend continuing to study at following academic year.
Occupational profiles of graduates with examples Graduates of this programme will find a wide range of applications in technology companies, research and development (such as universities, Academy of Sciences of the Czech Republic, Technology Parks, Technology Transfer Centres, Applied Research Centres, Research and Development Centres, Technology Centres, and others), in certification institutes in the positions of managers, project managers and independent researchers, especially in leading positions in research and development departments in production organizations dealing with materials processing, i.e. in the plastics and rubber industries, and related segments.
Branch of study / Specialization guarantor unspecified

Segment composition (blocks and Courses within):

Abbreviation
T19-PD-TML
Name of segment
Technologie makromolekulárních látek
Name of block
Compulsory-optional
Status
Compulsory option
Min. credits
0
Max. ECTS credits
-
Min. number of courses
-
Course code Course title credits Completion Time requirements Recommended year of study Recommended semester Course availability
TUIP/TWC4Z Polymer Engineering 0 Zk 0+0+0 - -  
AUART/TWM4Q Theory of Technological Processes 0 Zk 0+0+0 - -  
TUVI/TWDFP Physics of Polymers 0 Zk 0+0+0 - -  
TUIP/TWC4M Macromolecular Chemistry 0 Zk 0+0+0 - -  
CJV/TCPSZ Technical Commun. and Present. Skills Z 0 Bez 0+0+4 - Winter  
CJV/TCPSL Technical Commun. and Present. Skills L 0 Zk 0+0+4 - Summer  
Name of block
Optional
Status
Optional
Min. credits
0
Max. ECTS credits
-
Min. number of courses
-
Course code Course title credits Completion Time requirements Recommended year of study Recommended semester Course availability
TUCH/TWC4A Analytic. Methods and Surface Chem. 0 Zk 0+0+0 - -  
TUVI/TWC4V Production Machines and Devices 0 Zk 0S+0+0 - -  
TUFMI/TWC4E El. and Magn. Properties of Materials 0 Zk 0+0+0 - -  
TUCH/TWC4I Instr. Meth. in Anal. and Test. of Pol. 0 Zk 0+0+0 - -  
TUFMI/TWC4S Engineering Statistics 0 Zk 0+0+0 - -  
TUIP/TWC4L Modeling of Polymer Processing 0 Zk 0+0+0 - -  
TUCH/TWC4Y Molecular Spectroscopy 0 Zk 0+0+0 - -  
TUIP/TWC4O General and Applied Rheol. 0 Zk 0+0+0 - -  
TUFMI/TWC4T Thermal Methods and Relaxation of Polym. 0 Zk 0+0+0 - -  
TUFMI/TWC4N Numerical Mathematics 0 Zk 1+0+0 - -  
TUFMI/TWC4V Structure and Properties of Solids 0 Zk 0+0+0 - -  
TUCH/TWC4C Supramolecular Chemistry 0 Zk 0+0+0 - -  
TUIOZP/TWC4I Biochemistry 0 Zk 0+0+0 - -  
TUIOZP/TWC4S Biodegradability of Compounds 0 Zk 0+0+0 - -  
TUIOZP/TWC4U Antimicrobial Agents for Polymer Treat. 0 Zk 0+0+0 - -  
TUTP/TWZ4F Phisical Chemistry 0 Zk 0+0+0 - -  
TUIP/TWC4G Rubber Technology 0 Zk 0+0+0 - -  
TUIOZP/TWC4M Microbiology 0 Zk 0+0+0 - -  
TUIP/TWC4P Plastics Technology 0 Zk 0+0+0 - -  
TUIP/TWC4J Transport Phenomena 0 Zk 0+0+0 - -  
TUIP/TWC4S Polymer Blends 0 Zk 0+0+0 - -  
TUTP/TWC4K Colloid and Surface Chemistry 0 Zk 1+1+0 - -  
TUFMI/TWC4K Composite Materials 0 Zk 0S+0S+0S - -  
TUCH/TWC4 Organic Chemistry 0 Zk 0S+0S+0 - -  
TUIOZP/TWC4P Bioactive Polymer. Syst. 0 Zk 0+0+0 - -