Graduates have knowledge from area of design methods, engineering computations, materials processing technologies, investigations methods and IT techniques assisting design, manufacturing and maintenance of machines. Graduates can use knowledge from the area of mechanics, strength of materials and materials selection using the contemporary computational tools, and management of the design process. They also have the fundamental knowledge from area of the pro-ecological technologies and integrated environment systems.

PROMO VIDEO:
https://www.youtube.com/watch?v=-wvnJjQkHhg

The study program includes (not limited) the following modules:

• Maths, Physics, Statistics and other base courses,
• IT module (information technology, programming etc.),
• Module of technical courses (algorithms and data structures, numerical methods, computer simulations, CAD/CAM/CAE systems),
• Design, manufacture and operation of machines and mechanical devices,
• Practical use of CAx systems, with particular emphasis on simulation, analytical and computational methods,
• Application of machining technology, foundry, welding, plastics and metal processing,
• Implementation of the production and assembly processes of machines in accordance with modern technologies,
• Automation and robotics,
• Engineering mid-project (last semester).

Graduates from Mechanical Engineering:

• shall find jobs in companies dealing with design, manufacturing and exploitation of machinery, e.g. in design offices, and connected with production planning and automation of technological processes;
• shall possess the wide knowledge and skills in metallurgy, materials science, machining, joining technologies, engineering designing, automation, plant management, quality management and other related areas;
• shall be well-prepared to take up post-graduate studies leading to the Master’s degree – the faculty offers several proposals in English.