• Scientific and pedagogical direction - Doctor of Philosophy (PhD)

1.Scientifically justified to analyze and evaluate modern scientific achievements in the field of robotics to generate new ideas in solving research and practical problems, formulating and solving atypical problems of a design character in the design, manufacture and operation of new robotic systems and scientific guidance on research on the scientific problems of fundamental robotics and applied character.
2.Apply modern research, modeling and design methods to create new classes of mechatronic and robotic systems, including intelligent robotic systems and mobile robots.
3.To develop methods for research and modeling of mechatronic and robotic systems for various purposes, including those with elements of artificial intelligence and technical vision; to develop and research promising algorithms and methods for controlling mechatronic and robotic systems.
4.Conduct a research examination of completed research and experimental development to summarize the results of research, plan and conduct experimental research, followed by an adequate assessment of the results; apply the results of research activities in the creation and research of promising robotic and mechatronic systems, new models of manipulation, mobile, humanoid and parallel robots; introduction of research and development into production.
5.Professionally present the results of their research and present them in the form of scientific publications, information and analytical materials and presentations for the objective assessment of the professional level of scientific research results, including using international databases of publication activity; to present the results in the professional community and publish research results in academic journals.
6.Use modern methods and technologies of scientific communication in the state and foreign languages for professional interaction with colleagues and foreign partners in order to improve the practice of education and science, participate in the work of domestic and international research teams and in scientific discussions in the academic and professional environment by the decision of scientific and scientific educational tasks, conducting joint research in the field of robotics and attracting additional funding.
7.Participate in the implementation of the educational process of the educational organization using innovative educational technologies and teaching methods to form the professional competencies of students and researchers, determine the course content and form educational and methodological support for the educational process as part of the Robotic systems educational program.
8.Follow ethical standards in professional work, own a culture of scientific research, including using the latest information and communication technologies, plan and solve problems of their own professional and personal development, introduce students to the system of social values and tolerant interaction in society to form professionally significant qualities of students.