Faculty Faculty of Mechanical Engineering (FS)
Study programme Mechanical Engineering (P2301)
Branch of study / Specialization Applied Mechanics (3901V003/90 - 10)
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
Válková Marcela, Ing.
Email: marcela.valkova@tul.cz
Phone: +420 485 353 246
Fax: +420 485 353 535
Key learning outcomes The Graduate has a good fundamental in mechanical engineering and comprehensive knowledge in the study branch.
Specific admission requirements Graduating from a master's degree programme, oral interview
Specific provisions for recognition of prior learning The recognition procedure of the university is guided by <a class="xg_stag_a_out" href="http://www.tul.cz/en/students/dokument-2002.html" target="_blank">Examination regulations, assessment and grading</a> (article 26).
Qualification requirements and regulations Doctoral studies are completeted by the state doctoral examination and defence of a doctoral thesis
Profile of the programme A study programme is aimed at scientific research and independent creative activities in the area of research or development, or independent theoretical.
Persistence requirements unspecified
Occupational profiles of graduates with examples Graduates are prepared for work in the manufacturing, research and development, particularly in engineering.
Branch of study / Specialization guarantor Marvalová Bohdana, prof. Ing. CSc.
Status Recommended year of study Recommended semester Course code Course title (* Final State Examination) Language of instruction Number of ECTS credits Course availability
B Compulsory option - - KSA/CCF-D Programming in Languages C, C++ and Fortran Czech 0  
B Compulsory option - - KVM/ZMS-D Testing of Mechanical Systems, Vibrodiagnostics Czech English 0  
B Compulsory option - Winter KMP/EVM Exprimental and Computational Mechanics of Advanced Composite Materials Czech 0  
B Compulsory option - Winter KEZ/TVL-D Thermodynamic Properties of Matter Czech 0  
B Compulsory option - Winter KEZ/ATD-D Applied Thermodynamics Czech 0  
B Compulsory option - Winter KMA/DNL Numerical Linear Algebra Czech 0  
B Compulsory option - Winter KMP/DS Dynamics of Machines Czech 0  
B Compulsory option - Winter KEZ/BTD-D Biothermodynamics Czech 0  
B Compulsory option - Winter KEZ/VMT-D Selected Topics of Fluid Mechanics Czech 0  
B Compulsory option - Winter KVM/HPM-D Fluid Power - Hydraulic and Pneumatic Mechanisms Czech English 0  
B Compulsory option - Winter KEZ/PDT-D Computational Methods in Fluid Dynamics Czech 0  
B Compulsory option - Winter KMP/VNM Numerical Calculations in Nonlinear Mechanics of Deformable Bodies Czech 0  
B Compulsory option - Winter KTS/AMS-D Mechanical Systems Analysis Czech English 0  
B Compulsory option - Winter KEZ/VTD-D Selected Chapters of Thermodynamics Czech 0  
B Compulsory option - Winter KEZ/TEP-D Environmental Technique Czech 0  
B Compulsory option - Winter KEZ/AMT-D Applied Fluid Mechanics Czech 0  
B Compulsory option - Winter KMP/MKO Continuum Mechanics Czech 0  
B Compulsory option - Winter KMP/TTM Theory of Thermomechanical Behaviour of Materials Czech English 0  
B Compulsory option - Winter KST/EXP*D Experimental Methods in Mechanics Czech English 0  
B Compulsory option - Winter KEZ/DPL-D Compressible Fluid Flow Czech 0  
B Compulsory option - Winter KEZ/EMT-D Experimental Fluid Mechanics Czech 0  
B Compulsory option - Winter KST/VSK*D Selected Parts of Construction Machines Czech English 0  
B Compulsory option - Winter KEZ/PJE-D Transport Phenomena Czech 0  
B Compulsory option - Summer KMA/DAM Applied Mathemathics Czech 0