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Robotics and Automation Engineering

Any student, who is interested in the field of Robotics and Automation engineering, has a world of opportunities to do the same. So many universities offer good quality education to their students of this subject. Ukraine has truly become the hub of education for the mentioned field. With good quality education at low fees, its colleges are considered to be among the top aviation institutes of Europe and at par with any other renowned college in the world.

With beautiful cities of Kiev, Kharkiv, Lviv, Odessa etc. who are of great historic and strategic importance to boast about, Ukraine also has world-class education facilities for all the aspiring students. This country not only focuses on providing quality education to its own citizens, but also is keen on inviting foreign candidates for education. The best part about education here is that the focus is not about cramming the textbooks, but the overall development of students with the help of equal importance to be given to theory as well as practical application. The overall development also includes co-curricular activities for the benefit of students in the mental as well as physical development of the candidates. And that’s not all; this quality education is offered at very nominal fees, as already discussed above.

The proof of the quality of education imparted here can be, the alumni of the institutes situated here, who have been absorbed by the reputed organizations worldwide. A few of the universities are recognized and accredited by not only the Ukrainian Government but also by UNESCO.

Coming back to the Robotic systems field, the courses offered provide learning in the vocational and practical disciplines such as the basis of program design for robotic systems, robotic complexes and systems in aviation and space engineering, electrical engineering, electronics and microprocessor engineering, theory of technical systems, history of engineering activity and robotics, hydraulics, hydro- and pneumatic drives, technological basis of robotized production, maintenance and servicing of industrial robots, bases of flexible production, dynamic durability of industrial robots, mathematical basis of robotic systems, theory of control, bases of robotic systems designing, industrial robotics, electromechanical drives of robots and engineering tools with numerical programmed control, electronic elements and devices, physical-technical bases of robotized production and so many more to provide the proper learning of the course in question.