Kỹ sư Cơ khí

Operation and Maintenance Specialization

The aim of the teaching is to train mechanical engineers who are able to operate and maintain machines and mechanical devices, introduce engineering technologies and apply them, organize and control work phases, mechanical development, solve the general problems of research and planning as expected by the labour market and have in-depth theoretical knowledge to continue their studies in the second cycle.

Our graduates will have developed competence and acquire knowledge in the following areas:

introducing and applying modern technologies and computational engineering methods and systems (manufacturing technologies, CAE)
operating and developing mechatronical systems (electrotechnics and electronics, measuring and automatics, hydraulics and pneumatics),
organizing and controlling operational processes, mechanical development,
planning the construction and designing the machine parts, devices and apparatus (machine element, CAD, finite element method),
solving the general problems of research and planning as expected by the labor market (studies of administration and law, basics of quality assurance, management for engineers, safety engineering),
carrying out diagnostic testing, assessing reliability of machines and devices (fracture mechanics, non-destructive testing and diagnostics),

Requirements
Duration of studies: 7 semesters
Contact hours: 2.352
ECTS credits: 210
Internship: 6 weeks
Subjects
Basic science subjects:	48 credits
Mathematics, Technical Mechanics, Engineering Physics, Operation and Theory of Machines, Thermodynamics and Fluid Mechanics, Technical Chemistry
Economics and humanities subjects:	20 credits
Economics for Engineers, Microeconomics, Basics of Quality Management, Management for Engineers, State Administration and Law, Introduction to Ethics
Professional subjects:	117 credits
Informatics, Descriptive Geometry, Technical Drawing, Machine Elements, CAD and CAE, 3D Computer Aided Design, Material Science, Technology of Structural Materials, Electrotechnics and Electronics, Measurements and Automatics, Thermal and Fluid Machines, Manufacturing Processes, Logistics, Industrial Safety, Steel Constructions, Hydraulics and Pneumatic Machines, Fracture Mechanics, Manufacturing Planning, Diagnostics, FEM, PLC, Material Handling and Robotics, Drivetrain Optimization, Machine Repairing, Maintenance Engineering.
Optional subjects:	10 credits
Thesis:	15 credits

Final exam:

• Defending the thesis (oral presentation and discussion)

• Exam on two subjects chosen by the student

• Machine Repairing, and one subject chosen by the student:

• Material Handling and Robotics

• or Maintenance Engineering

See the Bulletin of the program here