Educational goals
The aim of the study programme is to educate students in accordance with modern educational and industrial trends in the field of engineering for various industries for future employment. The bachelor’s degree program emphasizes not only traditional areas of engineering, but also new knowledge and current trends in creating a competitive engineering industry. Students and graduates will gain knowledge and understanding of the current status and developments in the field, which will enable them to enhance their existing skills and abilities and thus their smooth employment in the labour market or continuation in further study programmes.
Profile of the graduate
The graduate of the Bachelor’s degree programme will acquire theoretical and practical basis in natural and technical sciences in the form of comprehensive and interrelated knowledge in the broad field of technical education for the field of engineering. Graduates of the Bachelor’s degree programme will acquire the necessary theoretical and practical knowledge and skills that are essential for successful employment in the labour market or for continuing in further Master’s degree programmes. The nature of the study will lead to the preparation and education of graduates who have the appropriate theoretical knowledge and skills and who are able to solve problems of industrial practice. The graduates are bachelors who are predestined by their education to be employed in the labour market not only in technical positions, but also in other positions for the field of engineering, or for continuing master’s degree programmes.
Information
- Study programme
- Mechanical Engineering (B0715A270009)
- Faculty of
- FS
- Type of study
- Bachelor
- Form of study
- Full-time
- Length of study
- 3
- Awarded degree
- Bc.
- Language
- English
- Education area
- Mechanical Engineering and Materials
Courses of Mechanical Engineering programme
1. semester
- Automatization and Robotics (compulsory)
- CAD – Constructive Geometries (compulsory)
- Design I (compulsory)
- Chemistry (compulsory)
- Materials I (compulsory)
- Mathematical Seminar (compulsory)
- Mathematics I (compulsory)
- Mechanical Engineering (compulsory)
- Programming (compulsory)
2. semester
- Design II (compulsory)
- Foreign Language – German 1 (compulsory optional)
- Language – English 1 (compulsory optional)
- Materials II (compulsory)
- Mathematics II (compulsory)
- Mechanics I (Statics) (compulsory)
- Physics I (compulsory)
- Technology I (compulsory)
3. semester
- CAD I (compulsory)
- Foreign Language – English 2 (compulsory optional)
- Foreign Language – German 2 (compulsory optional)
- Mathematics III (compulsory)
- Mechanics II (Kinematics) (compulsory)
- Physics II (compulsory)
- Statistics for Engineering (compulsory)
- Technology II (compulsory)
4. semester
- CAD II (compulsory)
- Elasticity and Strength I (compulsory)
- Electrotechnics and electronics (compulsory)
- Machine Parts and Mechanisms I (compulsory)
- Mechanics III (Dynamics) (compulsory)
- Thermodynamics and Heat Transfer (compulsory)
- Work Experience (compulsory)
5. semester
- Applied cybernetics (compulsory)
- Bachelor work seminary (compulsory optional)
- Bachelor Work Seminary (compulsory optional)
- Design Exercise (compulsory)
- Elasticity and Strength II (compulsory)
- Fluid Mechanics (compulsory)
- Machine Parts and Mechanisms II (compulsory)
- Modelling and Simulation (compulsory)
- Technology III (compulsory)
6. semester
- Assembly and Metrology (compulsory)
- Bachelor project I (compulsory optional)
- Bachelor Project I (compulsory optional)
- Bachelor project II (compulsory optional)
- Bachelor Project II (compulsory optional)
- Experimental Methods (compulsory)
- Expert Discourse (compulsory optional)
- Hydraulic, Pneumatic and Electric Drives (compulsory optional)
- Manufacturing processes (compulsory optional)
- Physical Metallurgy (compulsory optional)
Admission procedure
The conditions of admission can be found here: https://www.fs.tul.cz/en/bachelor-studies-admission
More details
Contact: Moravec Jaromír, doc. Ing. Ph.D., jaromir.moravec@tul.cz