The goal of the master's program is to provide in-depth training in fundamental disciplines, building upon the knowledge acquired in the "Bachelor" degree. To enhance the mobility of master's graduates, emphasis is placed on applied disciplines that provide knowledge, skills, and competencies corresponding to the current level of development of technologies and engineering. Successful master's graduates of the individual programs should:

• be thoroughly familiar with production processes and the associated digital technologies, as well as methods for testing mechanical engineering materials;
• be knowledgeable about the tools and technologies of 3D parametric and topological modeling, virtual engineering, process and product simulation, and engineering analyses;
• have knowledge of the application of mathematical methods and models in processing large volumes of data;
• be familiar with cloud technologies and their application in the context of the "Industry 4.0" concept;
• have knowledge of current threats and methods for designing and implementing protection for information systems (in particular, industrial information systems);
• depending on the selected set of disciplines, possess knowledge and skills for modeling technological processes in casting, simulating injection mold filling, modeling complex freeform surfaces, simulating thermal treatment processes, 3D printing, Rapid Tooling, etc.