What is the trend of robot programming education?

Warm reminder for robot programming education in the sub-period: As the country also pays more and more attention to the talent reserve in artificial intelligence, the competition in information discipline has become younger and younger in recent years. In such a fiercely competitive modern high-tech information society, if you want to make your child one step ahead, add points to the college entrance examination programming specialty, and send your child to the world's top universities, isn't this what every parent who is exhausted for their children dreams of?

Let your child learn to code quickly, because programming is the future.

It is good for establishing a programming mindset.

When many children are learning children's programming, they can let children have a good programming thinking through the learning of children's programming. We all know that programming is an interlocking, cause-and-effect process. If you want a program to work properly, you need to be able to think logically and clearly.

Therefore, children learning children's programming can make children have a good programming mindset.

It is conducive to cultivating children's unity and cooperation.

Presumably, anyone who understands programming development understands that a large program is divided into modules and modules, and it is far from being possible to achieve it by relying on individual strength alone, which requires team members to work together, each responsible for their own modules, and then put multiple modules together in an orderly manner. This is how the program can run normally.

It is conducive to cultivating children's concentration.

The process of writing a program requires the developer to be able to concentrate, because a letter or punctuation problem is likely to cause the program to fail to run, and at this time, the child needs to have a strong concentration to ensure that the program runs normally. Therefore, learning children's programming is also very important for children's concentration training.

1. Programming can make children understand that failure is also an opportunity!

With coding, failure is no longer a lesson in a classroom setting, it is a natural byproduct of a child's learning process. When kids code, they learn it's okay to fail. In fact, they will realize that failure is actually a learning opportunity!

Programming teaches kids that even if something doesn't work, there's always a way or something else you can do. If something really is giving you a hard time, move on to something else and then come back to it. The children learned from the process of programming to never give up!

Second, in the era of artificial intelligence, learn to program and avoid being eliminated!

With the advent of the era of artificial intelligence, AI has conquered the fields of finance, medicine, services, and even literature and art, and will become the basic skills of human beings in the future.

3. The era of Olympiad mathematics has gone, and the era of programming has come!

The national policy restricts the number of Olympiads, and the Informatics Olympiad has become the only officially recognized competition with extra points!

To be precise, ed.

Cheng Jiao to educate the source of the machine.

Robot should be regarded as two courses, programming education belongs to one, control the robot belongs to one, programming education is the foundation of the robot, if you want to better control the robot, make it more advanced, then you need to learn the programming foundation, because only logical thinking can better design the behavior of the robot!

There are two main parts to the learning of educational robots.

Since, a piece is built.

bai, one piece is programming.

In the process of building du, it will involve the principles of physics, mathematics, and engineering structure. Children need to consider all aspects of the design blueprint before they can build their own robot with parts. This requires careful observation.

If one of the steps is not built well, it will affect the subsequent progression. This is a great exercise for children's hands-on ability. In the process of designing robots, children's thinking needs to be flexibly transformed in virtual and real spaces, and children's abstract thinking will also be exercised.

In the process of programming, children need to learn how to divide big problems into small problems, and think about how to arrange the whole program reasonably, so that the program can smoothly process input, calculus, and output, which will greatly improve children's logical analysis ability of things.

Robot programming education copy is a programming language education that combines physical hardware and software programming to set the sequence of actions in order to enable the robot to complete a certain task. There are two main parts: building and programming.

By thinking about designing, building, assembling, programming, and running robots through the written programs. It is a scientific enlightenment education that stimulates children's interests in learning, observation, thinking, hands-on, cooperation, etc.; It is an educational method that cultivates children's comprehensive ability and edutainment. Ants are upward, and it is worth your choice.

Kids Robot Programming is:Definition of robot programming education: the application of robots (mechanical devices that can automatically execute commands) as the carrier of innovative education and information technology education, in a happy learning atmosphere to cultivate children's various abilities, including hands-on, imagination, creation, observation, analysis, judgment, induction, understanding, decision-making, organization, experiment, planning, organization, organization, knowledge, sharing, can organically combine various disciplines and ability training.

The purpose of robot programming is for students to learn to assemble, build, and write programs to make robots work.

Robot programming can be regarded as a branch of children's programming applications, which is based on the combination of software and hardware applications, more inclined to hardware, biased towards a physical aspect, to cultivate children's comprehensive ability.

There are two main aspects of the robot programming course:Hardware building and software programming

Hardware Build:To put it mildly, hardware building is to build a robot out of parts. There are many types of parts used, such as switches, sensors, LED lights, motors, and so on.

In the process of assembly and construction, it will involve the knowledge of physics, mathematics, mechanical structure, and engineering structure. Once you take a wrong step, the robot will not work, which is very hands-on.

Software Programming:Software programming is to make the robot that has been built move by writing a program. In the specific operation process, the operator needs to imagine the behavior of the robot and realize the operation of the robot through the corresponding instructions.

This process is very much a training exercise for people's abstract logical thinking.

In the robot programming learning course, programming and construction are two parts that complement each other, and both are indispensable, and the focus of learning is the coordination between the robot and the program.

ChildrenModel Bright Robot Human ProgrammingWhat to learn:

Children's robot programming courses are mainly divided into four stages: entry, programming, construction and robot competition, the course is in line with the growth characteristics of children, and different learning content is formulated according to different age stages.

The introductory robot course is a basic course for learning robots, which allows children to understand the principle of robots and the role of each part through professional explanations, and helps students understand the concept of weaving and grinding and how to complete the corresponding actions of the robot through programming.

The programming course is to learn professional children's robot programming languages, including: EV3, VEX, VEX, VEX, etc., to cultivate children's advanced robot building and graphical programming ability.

In the whole operation process, children need to draw a design blueprint and use parts to build their own designed robot, integrating mathematics, physics, engineering structure and other principles into it, which is conducive to exercising children's abstract logical thinking.

Participating in robot competitions can shape children's sense of participation, cultivate their enthusiasm and initiative to do things, and let children understand the spirit of the competition, understand their own shortcomings, and continue to be proactive.

Learn the usefulness of programming robots for children

1. The programming course involves science, technology, engineering, art, mathematics and other disciplines, and at the same time connects with reality to give full play to children's imagination and creativity.

2. The children's robot programming course is a course designed for the development of the right brain.

The logical thinking and the image thinking of the right brain.

Combined, let children's thinking diverge and improve creativity.

It is easy to fail, difficult to maintain, costly, not cost-effective, and not as compatible as humans.

Programming is the Chinese abbreviation of programming programs, which is the process of letting the computer ** solve a certain problem, prescribe a certain calculation method for a certain computing system, make the computing system run according to the calculation method, and finally get the corresponding results.

In order for the computer to understand human intentions, human beings must tell the computer the ideas, methods and means of the problem to be solved in a form that the computer can understand, so that the computer can work step by step according to human instructions and complete a specific task. This process of communication between people and computing systems is programming.

In a computer system, a machine instruction prescribes a specific action of the computer system. When a series of computers is designed and manufactured, a number of instructions are used to stipulate the basic operations that can be carried out by the series of computers, and these instructions together constitute the instruction system of the series of computers.

In the early days of computer applications, programmers used the machine's instruction system to write computer applications, which were called machine language programs. Programs written in machine language occupy less memory and are more efficient because each instruction corresponds to a specific basic action of the computer.

The disadvantages are also obvious, such as: the programming workload is large and error-prone; It depends on the specific computer system, so the universality and portability of the program are very poor.

There should be no harm in learning this robot programming You learn this well, and you can contribute to the construction of industrial automation because now many industrial production have used this automated robot to operate and produce, replacing this boring assembly line operation manually.

Robot programming course is an educational method that allows students to learn to assemble, build and write programs to run robots, stimulate students' interest in learning, and cultivate students' comprehensive ability. The content of the course is composed of two parts: hardware knowledge and programming knowledge, and the proportion of hardware knowledge is often more than that of programming knowledge. Hardware knowledge is mainly the knowledge of simple mechanical principles, electronic circuits and motors in physics.

Compared with the robot programming course, which focuses on the realization of programming effects, the goal of the children's programming course is to systematically teach children programming knowledge. In this kind of course, learning an easy-to-use graphical programming language can help children get started with programming. According to the children of different ages, children are taught programming languages in different ages, stages and systems, from the cultivation of logical thinking and abstract thinking at the beginning, to teaching children to learn to use "programming thinking", and finally using algorithm design to solve practical problems.

The benefits of robot programming for children are:

1. Shaping children's programming thinking, the most important thing for children to receive robot programming education is to shape children's programming thinking", rather than being proficient in a specific programming language. Children shape their programming thinking by learning a programming language, and if they have this kind of thinking, it will be very easy to learn any new programming language; 2. To cultivate children's logical thinking ability, it is very important to learn robot programming is logical programming. This logical thinking ability is very important for children's intellectual development, and it is the most important ability training in robot programming education.

Learning logic programming software is not to face a variety of jerky and difficult to understand, but a vivid graphical interface, which makes it easier for children to train their logical thinking; 3. To cultivate children's abstract thinking ability, the robot programming learning kit contains a variety of original structural parts with rich functions, which can form a variety of simple or complex functional mechanical structures. When children are learning robots, they can not only learn a lot of mathematical, physical, and mechanical structure knowledge through their own learning and construction, cultivate children's sense of space, but also improve children's abstract thinking ability. [Learning children's programming can improve children's logical thinking and concentration!]

If you want to know more about robot programming, it is recommended to consult Tong Cheng Tongmei. Founded in 2015, after 6 years of development, Tongcheng Tongmei has created a solution suitable for Chinese children's programming education, forming a curriculum system with artificial intelligence programming, intelligent robot programming, informatics Olympiad programming and other courses as the core. 230+ learning centers, covering 50+ cities across the country, 2000+ live instructors.

[Tongcheng Tongmei Children's Programming Experience Class, click to sign up for a free trial].

1. Manuscript robot programming emphasizes intelligent hardware + software, while children's programming includes software programming and soft key + hardware programming and other forms. Children's programming aims to teach children programming knowledge, and robot programming focuses more on the application of robot programming knowledge, and robot programming is an important branch of children's programming.

2. Robot programming, combining programming software with intelligent hardware, can exercise children's hands-on practice ability. In the process of building robots and programming, you can learn mathematics, physics, machinery, programming and other knowledge, which can cultivate children's logical thinking, computational thinking, problem-solving ability and invention ability!

3. The focus of robot programming is to make the robot move, focusing on hands-on ability and logical thinking ability. Kids programming focuses on the process of programming and programming creativity.