Technical University of Liberec
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Faculty Faculty of Mechatronics, Informatics and Interdisciplinary Studies (FM)
Study programme Applied Sciences in Engineering (N3901)
Branch of study / Specialization Applied Sciences in Engineering (3901T055/80 - 2016)
Level of acquired qualification Postgraduate Master
Form of study Full-time
Standard length of study 2 years
Number of ECTS credits 120
Qualification awarded Engineer (2)
Access to further studies Doctoral study programme  
Type of completion State Final Exam
Study and Examination Code URL
Faculty coordinator for international students unspecified
Key learning outcomes The graduate study program Applied Sciences in Engineering is research-oriented engineering course complying with the needs of the high-tech companies, research & development centers and academic institutions. An integral part of the program is a four-month internship in a research institution or industrial company in Czech Republic or abroad. The goal of the program is to train students with solid theoretical background and practical experience in technical physics, mathematics, informatics, measurement and software technologies so that the absolvents are able to quickly enter a profession in research and development departments both in industrial and academic fields.
Specific admission requirements Graduating from a bachelor's degree programme, stipulated grade average at university or passing an entrance examination
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 120 ECTS credits for subjects required by the study plan, final state examination, defended a master´s thesis.
Profile of the programme unspecified
Persistence requirements unspecified
Occupational profiles of graduates with examples research / development engineer
Branch of study / Specialization guarantor Šidlof Petr, doc. Ing. Ph.D.
Simple list of courses for the given plan Course list by year of study and semester Structured list of courses in the plan
Status Recommended year of study Recommended semester Course code Course title (* Final State Examination) Language of instruction Number of ECTS credits Course availability
A Compulsory 1 Winter NTI/OS4 Seminar 4 Czech 1  
A Compulsory 1 Winter NTI/MPT Mechanics of deformable bodies Czech 4  
A Compulsory 1 Winter MTI/AEA Acoustics and electroacoustics Czech 5  
A Compulsory 1 Winter NTI/UNM Introduction to numerical modeling Czech 4  
B Compulsory option 1 Winter MTI/KM1 Quantum Mechanics 1 Czech English 5  
B Compulsory option 1 Winter KEZ/ZKM Fundaments of Precision Mechanics Czech English 5  
B Compulsory option 1 Winter NTI/MKP Finite element method Czech 5  
B Compulsory option 1 Winter NTI/TOV Optical processing technology Czech 3  
B Compulsory option 1 Winter NTI/FJG Physical phenomena in geosciences Czech 5  
B Compulsory option 1 Winter MTI/MTM Metamaterials Czech 2  
B Compulsory option 1 Winter NTI/IAC Instrumentation in Analytical Chemistry Czech 5  
B Compulsory option 1 Winter NTI/EMT Experimental Fluid Mechanics Czech 5  
B Compulsory option 1 Winter NTI/SEN Sensorics Czech 4  
B Compulsory option 1 Winter KFY/ZOM Fundamentals of Optical Measurements Czech 3  
A Compulsory 1 Summer NTI/SS Internship Czech English 30  
B Compulsory option 2 - NTI/MTP Mathematical theory of elasticity Czech 3  
A Compulsory 2 Winter NTI/SES Simulation of Electromechanical Systems Czech English 5 The course is available to visiting students
A Compulsory 2 Winter NTI/MT3 Measurement Technology 3 Czech 5  
A Compulsory 2 Winter NTI/DPA1 Diploma Thesis 1 Czech 6  
B Compulsory option 2 Winter NTI/EMMA Experimental methods in solid mechanics Czech 2  
B Compulsory option 2 Winter NTI/ANO Nanomaterial applications Czech 5  
B Compulsory option 2 Winter NTI/MSP Membrane and separation processes Czech 5  
B Compulsory option 2 Winter NTI/NMPT Numerical methods for flow and transport Czech 5  
B Compulsory option 2 Winter MTI/TV Thinfilms Czech 5  
B Compulsory option 2 Winter NTI/GIM Global Imaging Methods Czech English 5  
B Compulsory option 2 Winter MTI/PFV Transducers of Physical Quantities Czech 5  
B Compulsory option 2 Winter MTI/KFP Quantum Physics of Solids Czech 4  
A Compulsory 2 Summer NTI/DSA Diploma Thesis Seminar Czech 3  
A Compulsory 2 Summer NTI/DPA2 Diploma Thesis 2 Czech 12  
B Compulsory option 2 Summer MTI/PVMP Semiconductor materials and devices Czech 6  
B Compulsory option 2 Summer MTI/FM Ferromagnetic materials Czech 5  
B Compulsory option 2 Summer NTI/PAV Python for Applied Science Czech 5  
B Compulsory option 2 Summer NTI/KM Model Calibration Czech 5  
B Compulsory option 2 Summer NTI/RPO Polymer waste recycling Czech 5  
B Compulsory option 2 Summer MTI/CTV Characterization of Thin Films Czech 5  
B Compulsory option 2 Summer NTI/LAST Laser technology Czech 5  
B Compulsory option 2 Summer NTI/BAN Biomedical applications of nanomaterials Czech 5  
B Compulsory option 2 Summer NTI/STP Engineering simulation software Czech 5  
B Compulsory option 2 Summer NTI/ZNOS Introduction to Optical Design Czech 5  
Technical University of Liberec, date of update: 27.04.2024 23:50.