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Mechanical Engineering, BSc
(Automotive Production Process Control Specialization)

The aim of the teaching program includes preparing engineers to improve quality and utilize lean tools in the vehicle industry, enabling them to gain an understanding of the complete product development process (from the supplier to the customer) and lead project teams. In cooperation with local vehicle suppliers, students learn about completing cost estimations and utilizing computer software to solve manufacturing problems (such as Tecnomatix).

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

  • Introducing and applying modern technologies, computational engineering methods, and systems (manufacturing technologies, CAE).

  • Operating and developing mechatronic systems (electrotechnics and electronics, measuring and automation, hydraulics, and pneumatics).

  • Designing and redesigning plant layouts, checking KPI systems, robot technology, automation, etc.

  • Planning material handling and manufacturing processes.

  • Analyzing, controlling, and optimizing production processes.

  • Applying modern manufacturing management philosophies (Lean management) in the vehicle industry.

 

The curriculum contains the following subject modules:

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, Machine Elements, CAD and CAE, 3D Computer-Aided Design, Materials Science, Technology of Structural Materials, Electrotechnics and Electronics, Thermal and Fluid Machines, Manufacturing Processes, Logistics, Industrial Safety, Computational Engineering Methods and Systems, Measuring and Automation, Hydraulics and Pneumatics, Mechanical System Engineering, Quality Management, Safety Engineering, Material Handling and Robotics, CAM, Manufacturing Planning, Maintenance Engineering, PLC.

Optional Subjects:10 credits

Thesis: 15 credits

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Duration of Studies: 7 semesters
Contact Hours: 2,352
ECTS Credits: 210
Internship: 6 weeks

 

Final Exam:

Defending the thesis (oral presentation and discussion)

Exam in two subject areas chosen by the student:

  • Production Process and Control, Production Optimization, Logistics

  • Assembling Technology, CAM, Quality Management

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The Bulletin of the program can be found here​​​​​​

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Are you considering applying for this program?

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