Information on study programme

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Faculty Faculty of Mechanical Engineering (FSI)
Study programme Engineering (B2341)
Branch of study / Specialization Materials and Technologies in Transport (2341R004/0 - 17)
Level of acquired qualification Bachelor
Form of study Combined
Standard length of study 3 years
Number of ECTS credits 180
Qualification awarded Bachelor (0)
Access to further studies Master study programme  
Type of completion State Final Exam
Study and Examination Code URL
Faculty coordinator for international students
Jeřábková Petra, Ing.
Email: petra.jerabkova@ujep.cz
Phone: +420475285565
Fax:
Key learning outcomes The aim of the study is to gain theoretical and practical skills and knowledge, especially in manufacturing technology, technical and material subjects. These skills are focused on the ability to use acquired skills in decision-making and management of engineering production, especially in the automotive and transportation industry but also for similar technically oriented production. The graduate obtains: "A broad overview in the area of metallic materials, glass, ceramics, plastics in terms of their properties and use in transport, "Overview of basic production technologies and methods in the field of casting, forming, machining, welding and bonding materials with emphasis on their use in transport, "Overview of the structure of materials and the possibilities of its modification in order to achieve higher mechanical, technological and utility properties of manufactured and semi-manufactured products for the transportation, "Basic knowledge about the production of metals and non-metallic materials, their chemical composition, structure, processing and their uses, "Experience with the use of CATIA V software and its use in the automotive industry in the field of construction and design, "Ability to perform technical measurements, process measurement results and operational testing and learning the basic principles of computer skills in relation to active management processes "Qualification for success as a manufacturing engineer, engineer, designer of 3D modeling, also in quality control and production planning and control "The graduate is equipped with the necessary knowledge for the follow-up master's study
Specific admission requirements unspecified
Specific provisions for recognition of prior learning unspecified
Qualification requirements and regulations unspecified
Profile of the programme academical
Persistence requirements unspecified
Occupational profiles of graduates with examples academical
Branch of study / Specialization guarantor Kuśmierczak Sylvia, doc. Ing. PhD.
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 UTM/KX678 Metrology and measurement Czech 4  
A Compulsory 1 Winter UTM/KX202 Physics I Czech 5  
A Compulsory 1 Winter USE/KX203 Technical Drawing Czech 4  
A Compulsory 1 Winter USE/KX205 Introduction to engineering Czech 5  
A Compulsory 1 Winter USE/KX201 Mathematics I Czech 7  
A Compulsory 1 Summer UTM/KX013 Chemistry Czech 4  
A Compulsory 1 Summer USE/KX012 Mechanics Czech 7  
A Compulsory 1 Summer UTM/KX279 Materials Science I Czech 5  
A Compulsory 1 Summer UTM/KX210 Physics II Czech 5  
A Compulsory 1 Summer USE/KX209 Mathematics II Czech 7  
A Compulsory 1 Summer USE/KX214 Technical Drawing Czech 3  
A Compulsory 2 Winter UTM/KX281 Materials Science II Czech 5  
A Compulsory 2 Winter USE/KX161 Foreign Language A I Czech 2  
A Compulsory 2 Winter USE/KX018 Elasticity and Rigidity Czech 6  
A Compulsory 2 Winter USE/KX027 Mathematics III Czech 3  
A Compulsory 2 Winter UTM/KX080 Engineering Technology for Transport Czech 5  
A Compulsory 2 Winter USE/KX020 Hydromechanics Czech 3  
A Compulsory 2 Winter UTM/KX083 CAD - 3D modeling Czech 2  
A Compulsory 2 Winter UTM/KX023 Business Economics Czech 3  
A Compulsory 2 Summer UTM/KX293 Production equipment and tools Czech 5  
A Compulsory 2 Summer USE/KX151 Use of computers in engineering Czech 3  
A Compulsory 2 Summer UTM/KX285 Theory and methodology of machining Czech 5  
A Compulsory 2 Summer USE/KX028 Thermomechanics Czech 4  
A Compulsory 2 Summer UTM/KX286 CATIA I Czech 3  
A Compulsory 2 Summer USE/KX162 Foreign Language A II Czech 2  
A Compulsory 2 Summer UTM/KX290 Technology of Glass and Ceramics Czech 4  
A Compulsory 2 Summer UTM/KX234 Industrial Practice Czech 2  
A Compulsory 3 - UTM/KXZ08 Materials for transport  (*) Czech 0  
A Compulsory 3 - UTM/KXZ09 Technology for Transport Means  (*) Czech 0  
A Compulsory 3 - UTM/KXZ10 Economics and Quality Management  (*) Czech 0  
A Compulsory 3 Winter UTM/KX038 Forming technology Czech 5  
A Compulsory 3 Winter UTM/KX138 Logistic Czech 3  
A Compulsory 3 Winter USE/KX256 Power and Vehicles Czech 3  
A Compulsory 3 Winter UTM/KX282 Welding, soldering and bonding materials Czech 4  
A Compulsory 3 Winter UTM/KX243 Programming of NC Machines Czech 4  
A Compulsory 3 Winter UTM/KX042 Quality Control Czech 4  
A Compulsory 3 Winter USE/KX044 Foreign Language B I Czech 2  
A Compulsory 3 Winter UTM/KX091 Optimization of production processes Czech 4  
A Compulsory 3 Summer UTM/KX048 Manufacturing Processes and their Planning Czech 3  
A Compulsory 3 Summer UTM/KX096 Composites Czech 5  
A Compulsory 3 Summer UTM/KX292 CATIA II Czech 3  
A Compulsory 3 Summer USE/KX054 Foreign Language B II Czech 2  
A Compulsory 3 Summer UTM/KX053 CAM, CAPP Czech 3  
A Compulsory 3 Summer UTM/KX098 Heat treatment of metals Czech 6  
A Compulsory 3 Summer UTM/KXZP2 Study Closing Project Czech 9