Information on study programme

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Faculty Faculty of Science, Humanities and Education (FP)
Study programme Nano and microtechnology (P0719D130004)
Branch of study / Specialization unspecified (P0719D130004NMT/00 - 24)
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 Vzdělávací cíle This Doctoral Study Programme (DSP) "Nano and Microtechnology" aims to prepare scientists in the field of research, development and innovation who will be sought-after experts in the applications of nano and micromaterials. The DSP will involve the most prominent personalities at the Technical University of Liberec (TUL) in the field of chemistry and nano and micromaterials. In addition to these experts, a number of experts from the Czech Academy of Sciences (CAS) will be involved in the study as consultants or course supervisors. The students will then undertake six-month internships at foreign institutions, enabling them to gain the latest knowledge and learn professional techniques from excellent scientists on a global scale.
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 unspecified
Occupational profiles of graduates with examples unspecified
Branch of study / Specialization guarantor Řezanka Michal, doc. RNDr. Ph.D.

Segment composition (blocks and Courses within):

Name of segment
Nano and microtechnology
Name of block
unspecified
Status
Compulsory
Min. credits
0
Max. ECTS credits
-
Min. number of courses
1
Course code Course title credits Completion Time requirements Recommended year of study Recommended semester Course availability
KAJ/DAAJ Academic English 0 Zk 0+0+0 - -  
Name of block
unspecified
Status
Compulsory option
Min. credits
-
Max. ECTS credits
-
Min. number of courses
1
Course code Course title credits Completion Time requirements Recommended year of study Recommended semester Course availability
KFY/DCDLA Nano and micromaterials for drug deliver 0 Zk 0+0+0 - -  
KCH/DHNMA Preparation and application of hybrid na 0 Zk 0+0+0 - -  
KCH/DNMRA Nuclear magnetic resonance in nano and m 0 Zk 0+0+0 - -  
KCH/DPNSA Preparation of nano and microfibrous str 0 Zk 0+0+0 - -  
KBE/PTXNA Toxicology of nano and microparticles 0 Zk 0+0+0 - -  
MTI/DNNM Nanocomposite membranes 0 Zk 0+0+0 - -  
NTI/DCHK Applications of nano in chem. catalysis 0 Zk 0+0+0 - -  
NTI/DNMO Environmental applic.of nano and microm. 0 Zk 0+0+0 - -  
KMA/DSAAE Statistics and data analysis 0 Zk 0+0+0 - -  
Name of block
unspecified
Status
Compulsory option
Min. credits
-
Max. ECTS credits
-
Min. number of courses
1
Course code Course title credits Completion Time requirements Recommended year of study Recommended semester Course availability
KCH/DPNMA Synthesis and functionalization of nano 0 Zk 0+0+0 - -  
NTI/DRNM Characterization of nano and micromat. 0 Zk 0+0+0 - -  
KCH/DVKCA Selected topics in chemistry 0 Zk 0+0+0 - -