Czech

3

prof. Ing. Josef Štětina, Ph.D.

Faculty of Mechanical Engineering

The student of the fundamentals of mechanical engineering program will gain a comprehensive idea of what mechanical engineering is and what sub-disciplines it is divided into. Based on this, he will better understand the importance of other theoretical basis subjects.

Interest in the mechanical engineering.

The course is taught in the form of lectures, which have the character of basic principles of mechanical engineering.

Elaborate an essay on a specific product, machine, product or technology resulting from mechanical engineering. The professional and stylistic quality of the essay and the resources used are evaluated. The choice of topic should reflect the student's future professional interests. The evaluation may include a test of the lectured material.

The aim is to understand the essence of the work of mechanical engineer and to realize his professional responsibility. Understanding the process of developing new products or processes typical of mechanical engineering, such as machines, apparatus, equipment and technological processes.

Controlled participation in lessons: The form of substitution of missed lessons for serious reasons is solved by teaching assignments from elearning.

Programme B-STR-K: Engineering, Bachelor's
specialization STR: Engineering, compulsory

17 hours, optionally

1. Science, technology and engineering. Engineering, mechanical engineering. Engineering ethics.
2. Machine, process, service. Product life cycle. Basic types of machines.
3. Conceptual development of the machine. From idea to final product. Design process. Designing. Modeling. Experiment. Measurement.
4. Drive machines. Electric motors, internal combustion engines, turbines, hydraulic and pneumatic drive machines. Hybrid drives.
5. Compressors, pumps and other driven machines.
6. Cooperation of driving and driven machine. Meaning of gearboxes, clutches.
7. Machines for processing raw materials, materials and semi-finished products (production machines).
8. Machines for transport of solid, liquid and gaseous substances. Cranes, conveyors, in-house logistics.
9. Transport machines, motor vehicles, rail vehicles, airplanes, ships.
10. Process engineering, chemical and food processing machines.
11. Energy equipment (electricity generation) and technical treatment of the environment. Energy storage.
12. Control and regulation technology. Mechatronics. Industry 4.0.
13. Methods of engineering work. Team work. Communication and presentation skills. Software tools.