Graduates of the study program are able:  
1) to develop solutions to particular problems by using modern automatic and electric drive elements;  
2) to develop an automatic or robotic system’s control algorithm;  3) to develop software for a specific robotic or automatic equipment management and coordination;  
4) to develop solutions that combine hardware and software technology advantages;  
5) know how to distinguish problems that should be solved with the hardware resources from those which should be solved with software resources;  
6) know how to identify problems that can be solved with intelligent robotic systems;  
7) to independently acquire new knowledge and skills;  
8) to work in group to achieve common goals;  
9) to substantiate the specific solution’s advantages or disadvantages to the customer or to another professional;  
10) know how to identify the robotic systems’ development project objectives that can be resolved using the available robots and artificial intelligence technology;  
11) know how to choose the most appropriate robotic intelligent system solutions to solve particular problems;  
12) know how to use advanced robotic systems’ modeling tools to develop and approbate solutions for a particular problems;  
13) to assess the suitability of artificial intelligence methods for solving particular problems;  
14) to formulate a particular problem in robotic, intelligent and automatic systems’ terms, and vice versa;  
15) to provide compliance to professional and general ethic rules within their scope of authority;  
16) to participate in local and international scale research projects devoted to intelligent robotic systems, as well as to manage them;  
17) to manage the development of a technical solution or implementation of the projects;  
18) to be prepared for their Doctoral studies.