To prepare high and highest qualification mechanical engineering graduates with wide engineering scope and comprehensive and up-to-date knowledge in modern mechanical engineering including dynamics of mechanical systems, precise mechanical instruments, nanotechnologies, application of laser material treatment and measurement technologies, energy transformation equipment and machines, micro-optoelectromechnics, CNC applications, the particularity of 3D equipment and technologies, essentials of mechatronics,  information technologies, basics of industrial and autonomous robotics (for instance UAV or UGV), and mathematical modeling of mechanical devices. To prepare specialists with analytical, modeling, and projection skills for manufacturing and process management of mechanical systems, and optimization of characteristics and parameters of high-speed technological equipment and mechanical devices. To provide students with the knowledge which are required to solve tasks related to design, research, and performance of technological or manufacturing jobs, including skills for implementation of real projects, development of new innovative products, and expert activities in the leading local and international companies and organizations.