How about the company here at the Open Source Cat Children s Programming Robot Center?

I am a salesman, I am in the company, I have worked with the boss for two years, the company is mixed, the founder's education feelings are too heavy, pay attention to product research and development, spend a lot of time to study and play good results, the product requirements are very demanding, the boss Buddhist sales, I changed the platform.

I don't know very well, but this is only known to people who understand.

Children like: wonderful and attractive animation courseware, hands-on production that children like very much.

Parents agree: not only to play to get good grades, we not only cultivate children's hands-on, brain-moving, and thinking skills, but also cultivate children's good interest in learning, so as to cultivate thinking habits and learning methods, so as to develop children's good character. It has greatly improved the cultivation of children's test-taking education and comprehensive literacy.

The purpose of robot programming is to allow students to assemble and build a robot through a given part, and then program it to achieve control of the robot. Through curriculum construction and extension, it is organically combined with life to enhance children's life cognition.

However, the program logic of robot programming is simple, but the programming for robots has limitations, the knowledge involved is not extensive, and the data structures, mathematical calculations and algorithms involved are not complex.

The purpose of children's programming is to combine all kinds of knowledge learned, solve some practical problems through programming, and express their ideas through creative works. For example: games, animations, art, validating mathematical reasoning, etc.

Now the robot operating system ROS is more excellent, it is recommended to learn "ROS by Example", pay attention to ROS wiki, focus on understanding the organizational structure of the system, and then after some case practice, you can gradually explore the way to develop your own robot functions.

In terms of languages, C++ and Python are commonly used, and both languages are also used in ROS.

The development platforms include Turtlebot, NAO, Parrat UAV, ROS UAV, PR2 robot, etc.

In the minds of many parents, they have always felt that only traditional K12 education can quickly improve their children's academic performance, but they do not know that traditional K12 education is more of a direction of cultivation and excellence, and it is difficult to provide fundamental help for children's long-term development. In recent years, the rise of robot programming education can help children go further and further on the road in the future, starting from a young age, exercising logical thinking ability, improving spatial imagination and creativity.

For the brand "Open Source Cat", which provides robot programming education for children aged 3-12, the educational concept of "not just playing to get good grades" has been launched, so that children can develop a learning attitude and take the initiative to learn; It can also improve children's learning ability, master scientific and efficient learning methods, and naturally improve their grades.

Robot programming education: an educational method that stimulates students' interest in learning and cultivates students' comprehensive ability by assembling, building, and writing programs to run robots.

It can be understood that robot programming education is to achieve the purpose of teaching through some educational robots.

Children's programming education: According to children of different ages, children are taught programming languages in stages and systematically, 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.

Programming that requires a combination of hardware and software is often referred to as "robot programming.""

Children's programming is an educational method that cultivates students' computational thinking and innovative problem-solving ability through courses such as programming games and visual graphics programming.

For example, we often see some mini-games similar to "Airplane Wars", in fact, you can create such a small game by yourself after learning simple programming.

Programming allows children to become creators of technology, truly understand the world behind technology, grasp the initiative of creation, and become the master of the future. And this premise is to let children start with an interest in children's programming. In other words, children's programming should not be driven by parents, but should be aimed at helping children really learn.