The price of this course is 180 Egyptian pounds

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ROS for Beginners: Basics, Motion, and OpenCV This course explains to you the famous robotics operating system (ROS) in a simplified manner suitable for beginners in the field of learning robotics. This course also discusses important topics related to programming in Python and C++ and the uses of these languages ​​in the field of robotics. In general, this workshop attempts to introduce you to the field of robotics by explaining the finer details of its operating system.
  
Finally, the course presents methods for using the ROS system on Arduino Phone Number Data electronic boards and using them in the field of building and designing robots. Instead of 600 Egyptian pounds for a limited time. 4- Electricity & electronics – Robotics, learn by building This course explains everything you need to know about electricity and its relationship to operating and building robots. This includes explaining electrical engineering terms such as alternating current, direct current, voltage, and the electronic parts that are used in building robots. The course also explains methods of designing electrical circuits, types of transistors, and heat sinks. This course is considered the first in a group of courses bearing the same name that aim to help beginners in the field of robotics learn this field step by step.



The price of this course is 180 Egyptian pounds instead of 1000 Egyptian pounds for a limited time. 5- Robotics Specialization Robotics Specialization is a specialization offered by the Coursera platform , specifically by the University of Pennsylvania. The specialization contains 6 courses in the field of robotics, which are: A- Robotics: Aerial Robotics This course specializes in studying flying robots, how they are designed, and how they work. B- Robotics: Computational Motion Planning This course focuses on planning the process of moving robots and how to design them using different programs and methods. C- Robotics: Mobility This course explains how to use actuators and sensors to design robot bodies and control their movement in their working environment.