What abilities can be cultivated in the Creality Childhood Robot Programming Course?

In the robot programming class, children can learn and use the eight abilities of creativity, concentration, language intelligence, body movement intelligence, self-awareness intelligence, interpersonal relationship intelligence, mathematical logic intelligence, and spatial intelligence to solve problems and stimulate their potential.

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.

Logical thinking. When children are five or six years old, it is a critical period for the cultivation of logical thinking, and it is very important for children to learn children's programming at this time. We all know that programming requires a good programming thinking, which is what we often call logical thinking, and only a good logical thinking can run the program normally.

Innovation. Children have a lot of imagination when they are young. Rich imagination is sometimes impossible to achieve in life, but with the help of the power of programs, it is also possible, which stimulates children's creativity and innovation.

Focus. We all know that children need a very strong concentration when learning children's programming, and good concentration is very important for children. Programming is a delicate job, and children need to concentrate in the process.

It also has a good effect on the child's concentration.

The Bell Robotics Master Alliance is a science and technology education institution developed based on excellent educational resources such as the North American Children's College Federation and the American Creativity Lab. With the purpose of cultivating students' imagination and creativity, Bell Education adheres to interest-oriented, aiming to allow children aged 3-16 to learn science and technology through "hands-on", stimulate their enthusiasm for exploring knowledge, so as to obtain progress in knowledge, thinking and ability.

Note: This answer is from the "Encyclopedia" and is not original!

You don't need much robotics foundation, but there are certain requirements for the age of the child.

Just like it is unreliable to learn a foreign language before the age of three, it is basically a company that does not require the educational goal and has a requirement for money, so consider it carefully.

I now understand that generally a brand center has gone through the previous foundation, and began to learn Lego's EV3 robot at the age of 9, and at this time you can get in touch with robot programming.

The domestic specialized robot school is completely different, it is to make Lego EV3 as an enlightenment robot course, the requirements for entering the class are not the foundation of robots, but the grade is above the kindergarten class, you can learn relatively early, but considering the child's comprehension ability and hands-on ability, I am afraid that it will affect the effect of the class if it is small.

If the child is older, you can consider learning VEX IQ or EDR courses directly, which are specially developed in the United States for robot education teaching aids, and the programming uses C language, which is also more difficult.

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Robot Programming for KidsTo learn programming for kids, you should know how to make the robot forward, backward, and so on. Children's robot programming should also learn how robots should be linked, how electronic parts should be directly connected with programming, etc., while children's programming has more software development and other aspects. Therefore, if you want to learn robot programming, you should learn programming, hardware, and how programming and hardware are linked.

Although computer science is a mixed subject, involving mathematics, physics, biology, chemistry, etc., for children, they do not need to understand the working principle of computers, do not need to understand the operating principle of programs, what they need is to learn the abstract way of thinking in the computer world, learn the thinking mode of discovering and analyzing problems, and the ability to solve problems.

What is abstract thinking? To put it simply, it is to discover the common characteristics of things through a lot of observation or practice, and then deduce and change them, and find ways to improve efficiency. For example, when people are confronted with colorful apples, citrus, bananas, pineapples, we will say that they are all fruits, which is abstract thinking.

Abstract thinking also directly determines the efficiency of children's learning, the same class, why do some children learn well and some children learn poorly? A lot of the program is the ability to think abstractly at work. Children with strong abstract thinking ability are good at summarizing and drawing inferences, and can finally achieve a state of integration.

In the world of computing, abstract thinking is even more extreme. invented the telegraph from the working characteristics of the interrupter; From the small logic gate electronic components, half-adders, full-adders and memories are derived; In this way, in the midst of constant abstraction, the invention of the computer is about to emerge. In the days to come, the pioneers of computers will abstract integrated circuits, memory, disks, monitors, printers, operating systems, network communication protocols, high-level programming languages, and so on.

1.Combine play with play.

2.Make better use of your own personality.

3.You can easily learn boring science knowledge in junior high and high school, and you will be more interested in learning in the future.

4.Feel a sense of self-accomplishment through practice.

5.Exercise the improvement of will, resilience and other sustained strength.

6.Better stimulate children's interest and learning ability.

7.The knowledge that is closely related to life, as well as the practical application in life, is better at observing and discovering the mysteries of science in life.

8.Knowledge and experience are richer than children of the same age, not only to learn the knowledge we have to learn in books, but also to be a little polymath in life.

9.The ability to think in all aspects, draw inferences from others, take the initiative to think and the ability to discover and solve problems.

10.Teamwork and hands-on skills are cultivated.

Learning robot programming is very helpful for the cultivation of children's learning ability and stimulating children's interest in science, and children can learn from the age of seven.

10 years old. Because 10-year-olds are more receptive and have a certain language foundation, I think 10-year-olds can learn.

It can be learned at the age of 5, and the entry-level programming is very simple and interesting, and it is not difficult for younger children to receive it.

An important trump card for further education. In 2019, Beijing will cancel the enrollment of all kinds of special students. The Ministry of Education also issued a document saying that the enrollment of all kinds of special students will be cancelled before 2020 in primary and secondary schools.

At present, only the Olympiad in Information Science for Secondary Schools is retained, and the winners are still guaranteed to be sent to well-known universities. Laying a programming foundation as soon as possible and "seizing the competitive runway" has become an important trump card for further education.

Cultivate children's logical thinking and comprehensive literacy. Learning programming pays more attention to the cultivation of children's comprehensive literacy: learning programming not only means that children learn to learn, but also more importantly, cultivate children's self-discipline, creativity and independent learning ability. Learn to code well and make your child's growth more effective with half the effort.

Promote the learning of mathematics and English, and also help children quit their gaming addiction. In the process of learning children's programming, children establish a series of important mathematical concepts such as time, sequence, space, cause and effect through projects. The learning of children's programming naturally integrates multidisciplinary knowledge, which can subtly promote children's learning of mathematics and English.

Because the employment prospects are good, it is a popular major.

Robotics courses can develop children's abilities in many aspects, such as the ability to define and solve problems; the ability to collect and apply information; hands-on skills; Ability to work in a team; expressive skills; critical thinking; Stay curious and imaginative, etc. These are the capabilities that will be needed to compete in the future.

Robotics education generally goes through three stages: construction, programming, and control. The robot courses of training institutions are designed according to these three stages, such as the construction generally adopts the method of stacking building blocks, which is relatively simple; Programming refers to graphical programming, which exercises people's logical thinking ability; Control refers to the ability to complete a task through the task subject.