Current location - Training Enrollment Network - Education and training - What did children learn in robot programming training?
What did children learn in robot programming training?
Children's robot programming training includes: programming basics, learning robot introduction, learning robot programming language, mastering hardware equipment and robot control system.

1, programming basics: learn the basic knowledge of computer science, such as computer language, master's programming language, computer programming basics, etc.

2. Introduction to robots: Learn the robot systems and programs created by programming, and be familiar with the use of small robots, such as robot assembly, robot sensor use, voice recognition, robot control system, etc.

3. Robot programming language learning: learning the logic of programming languages and shaping programming languages and Python.

4. Hardware and equipment mastery: Learn how to build robots and use their hardware, such as batteries, sensors and controllers.

5. Robot control system: Learn how to use remote control and programming to control robots to achieve specific tasks and motion paths.

Learning robot programming is helpful for children.

1. Stimulate interest: Through robot programming, children can master skills and knowledge covering physics, mathematics, computer science and other fields. Let children develop their potential and stimulate their interest and curiosity in the process of playing, especially those students who are more interested in science and technology.

2. Cultivate creative thinking: Robot programming needs to make its own unique design of the robot system structure, which can cultivate children's creative thinking and divergent thinking, and use the learned technology and knowledge to construct the target robot by gradually realizing its imagination.

3. Cultivate teamwork spirit: Robot programming needs to be carried out in teams, and completing tasks through cooperation can play a very good role in promoting children's teamwork ability.

4. Improve scientific literacy and critical thinking: Robot programming needs to analyze problems, find solutions, and then implement and test them, so as to cultivate children's ability to solve problems and critical thinking.

5. Contribute to future career development: The rapid development of robots and artificial intelligence will generate many future career opportunities. Through robot programming training, children will have the core ability to cope with future technical challenges and bring benefits to their future career development.