A range of different math and computer skills are required to learn how to program Robot Operating Systems and how to configure the physical components of a robot system. The field of robotic systems covers everything related to the design of robots, human robots, and collaborative robots, neural networks, engineering, programming, testing and development to help people perform daily activities. Robotics and Coding courses cover many disciplines of science, linear mathematics, and technology, including machine learning, artificial intelligence, data science, design, and engineering.

Due to the fact that teachers are the first role education among the technological developments we experience today, their demands are increasing rapidly. This course is designed for teachers from all disciplines who want to learn and then teach efficiently the fast-growing disciplines such as Computer science, coding and Robotics, which are considered an integral part of human future life.

Our course aims to provide teachers with knowledge on Programming, Coding, Robotics, 3D printing, as well as teaching methods that foster an intercultural thinking, decision-making, collaboration, and communication. Our aim is to encourage practical, successful teaching strategies to increase student motivation, to improve self-learning learning, and especially to improve teachers' education in all branches, thus improving the quality of education.