Course Description
The mechatronics course in the field of robotics is distinguished by its integration of four different fields of study, including: science, technology, and engineering.
Engineering, Mathematics. The basic idea of the course revolves around providing meaningful learning experiences by linking education to life
and the development of personal skills necessary for the labor market, such as problem-solving, critical thinking and time management
Engineering, Mathematics. The basic idea of the course revolves around providing meaningful learning experiences by linking education to life
and the development of personal skills necessary for the labor market, such as problem-solving, critical thinking and time management
The purpose of the course
In our training course, Mechatronics course in the field of robotics, we will learn how to program 3D robots and how to design them, while
Moon grounds mechanics and physics and understands and defines concepts such as motion, speed, distance, and programming.
He is making excuses
– He will learn the basics of (electricity – mechanics – programming – electronics – and some basics of physics).
– He will learn innovation and creativity in transforming all the available components into a technology that he can use in his home, school and work.
Understand and define concepts such as motion, speed, distance, and programming.
Expanding 21st Century Skills (Creative Thinking, Problem Solving, Computational Thinking)
Create fun projects and tackle progressive challenges
A scientific and practical course with a rate of 90%, and it is one of the most important courses currently deployed in the world.
Moon grounds mechanics and physics and understands and defines concepts such as motion, speed, distance, and programming.
He is making excuses
– He will learn the basics of (electricity – mechanics – programming – electronics – and some basics of physics).
– He will learn innovation and creativity in transforming all the available components into a technology that he can use in his home, school and work.
Understand and define concepts such as motion, speed, distance, and programming.
Expanding 21st Century Skills (Creative Thinking, Problem Solving, Computational Thinking)
Create fun projects and tackle progressive challenges
A scientific and practical course with a rate of 90%, and it is one of the most important courses currently deployed in the world.
Detailed objectives of the course
Learn about the different fields of robotics.
Learn about the design process for a robot.
What are the most important design principles for mobile robots?
How to design a robot body.
How to design Android peripherals.
How to control different motors.
How to use sensors such as Infrared – Ultrasonic.
How to choose the right programming language.
Fundamentals of programming for robots.
How to control a robot through Bluetooth.
How to build an explorer robot.
How to build a line follower robot.
Learn about the design process for a robot.
What are the most important design principles for mobile robots?
How to design a robot body.
How to design Android peripherals.
How to control different motors.
How to use sensors such as Infrared – Ultrasonic.
How to choose the right programming language.
Fundamentals of programming for robots.
How to control a robot through Bluetooth.
How to build an explorer robot.
How to build a line follower robot.
Main topic 1
- Learn about the different fields of robotics.
- Robotics fields and applications
Main topic 2
- Learn about the design process for a robot.
- Learn about the components of robots
- Learn about the components of robots
- Make the necessary calculations for the design and how to choose the components of the robot
Main topic 3
- How to control different motors.
- How to control different motors.
- Fundamentals of programming for robots
Main topic 4
- How to use the sensors
- how to use ultrasonic and infrared sensors
Main topic 5
- How to build robots
- How to build a robot explorer and robot Arm
