The graduate of the Bachelor’s degree program has knowledge in the area of mechanical engineering and manufacturing engineering in particular:

• basic issues in general subjects (mathematics, physics, chemistry, computer science),
• issues in basic technical subjects, i.e. engineering graphics, mechanics, the strength of machine elements, machine design, fluid mechanics, thermodynamics,
• basic issues of electrical engineering, electronics, automation and control,
• construction, design, manufacturing and operation of mechanical machines and equipment,
• mechanical systems, manufacturing systems, power, technological and transportation machinery and equipment,
• basic properties of engineering materials, including mechanical, technological and operational properties,
• new materials used in the construction and operation of machinery,
• new design methods, including CAE design support applications,
• basic management issues, including quality management, safety management,
• intellectual property protection, patent law and technology transfer

A graduate of a bachelor’s degree program can:

• apply knowledge of mechanics, strength to design machine components and mechanical systems,
• design and construct parts of machines, equipment and mechanical systems,
• use computer-aided design (CAE) techniques, including solid modelling and technical documentation (CAD) applications, computer-aided manufacturing (CAM), numerical calculations (FEA, CFD), etc.
• plan and conduct experiments, including measurements and computer simulations, interpret the results obtained and draw conclusions,
• use computer tools for data analysis and processing,
• apply measurement apparatus in the field of mechanical engineering,
• work individually and in a team,
• apply knowledge of a selection of production processes and development of documentation related to production flow.

Internships:

As part of the first-degree program, the student must complete a 4-week internship during the summer break in the 6th semester of study. Students complete this internship individually at a mechanical or manufacturing engineering plant chosen individually by them.

Graduates of the course can work as:

• designers and designers of machinery and equipment,
• engineer (e.g., chief engineer in a plant, product engineer, test engineer, validation engineer),
• engineers in manufacturing plants,
• engineers in energy plants,
• technical supervision engineers,
• machine operation, repair and overhaul specialists.

Jobs:

• Engineering industry enterprises with machine manufacturing and operation,
• design offices,
• consulting, construction and technology companies,
• companies related to the organization of production and automation of technological processes,
• technical and quality acceptance units for products and materials,
• accreditation and attestation units, and others requiring technical and information technology knowledge,
• scientific and research units,
• mining plants and processing plants,
• own business activities,
• power plants, combined heat and power plants, in energy departments of production plants.

Are you the chosen one to conquer the uprising of machines? Does tinkering in the garage no longer satisfy your ambitions? Recognizing the indispensability of machines in our daily lives, you possess a unique trait—precision and accuracy—and you fearlessly tackle intricate challenges. It is precisely individuals like you that we seek.