What do you learn about robot programming?

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 many disciplines involved in robot programming, such as integrated application (robot programming and production process), robot research and development, electronic and electrical, software, machinery, reducer, sensor, etc. Learning children's programming can improve children's logical thinking and concentration

Robot programming, the first thing to fight is hands-on ability, although the core of the robot is program control, but in fact, the most important module of the robot is two, one is the input, the other is the output.

If you input the module, there are switches, distance sensors, motion sensors, etc.; As for the output module, there are LED lights, motor rotation, sound, and so on. And so many parts need to be connected by wires, and if one wire is wrong, the robot will not work. Therefore, playing with robots requires children to have strong hands-on ability.

The most important thing about robot programming is to develop a "programming mindset" rather than being proficient in a particular programming language. In many ways, it doesn't matter which programming language you start learning in.

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There is a large range of robot programming.

1.Industrial robot application programming, learn the corresponding manufacturers, such as ABB's rapid, PLC, this platform to hands-on operation.

2.For robot algorithm development, you have to learn C C++, or MATLAB;

3.Robot controller development, C C++, RTX, etc., there are also developments under Linux ROS, interface.

4.Machine vision, opencv, etc., with a little machine learning, may use Python

Programming is a project-based approach that cultivates children's ability to analyze and solve problems, and then improves logical thinking. Therefore, when a child encounters a problem in the learning process, there is no need to rush to help the child solve it or ask the teacher immediately. It is suggested that children can be given a relatively long time to think, so that children can experience and think, and solve this problem through their own ideas, exploration, and attempts.

Exercising this ability is also the task of this course, there will be many problems in the future, one or two will not solve all the problems, but this way of thinking can always help children eliminate problems.

Programming learning is more about the way of thinking we want to teach children, rather than the knowledge points. However, the teacher has always played a role full of knowledge, and every time he teaches, the teacher always teaches his own knowledge to the children. There is nothing wrong with imparting knowledge, from primary school to university, we will receive a lot of such education, so now in programming learning, we should focus on the cultivation of thinking rather than the inculcation of knowledge.

A description of the sequence of actions programmed by the robot to enable the robot to accomplish a certain task. The instructions of the robot movement and operation are controlled by the program, and there are two common programming methods, teaching programming method and offline programming method. Among them, the teaching programming method includes teaching and trajectory reproduction, which can be realized through two ways: teaching box teaching and guided teaching.

It's the process of writing a program in a programming language and letting a computer solve a problem. It encapsulates complex syntax into programming blocks. The programming block uses only a small number of instructions, so as to avoid the child's exposure to complex programming syntax as much as possible.

C++ and Python are the two main programming languages used in robotics. They are often used together because there are pros and cons to each language. C++ can be used for control cycling, image processing, and low-level hardware interfaces.

Python is used to handle high-level behaviors and to quickly develop tests or proofs of concept. In addition to the above computer languages to learn, you may also learn SIGLA language, IML language, and other languages when participating in robot training.

The direction of robot programming development.

1. In the field of sweeping robots.

When it comes to service robots, sweeping robots are bound to be easy to think of. Because of its small size and direct service to the household, it is also within the affordable consumption level of many types of service robots, so it has become a sweet spot in the service robot industry. Midea, Haier, Ecovacs and other smart home appliance giants have successively laid out here.

2. Commercial robots.

The emergence of commercial robots has provided great help to commercial service organizations, improved work efficiency, and provided business users with information and intelligent technology services. UBTECH, Qihan Technology and other companies have made far-reaching layouts in this area in combination with the needs of actual application scenarios.

3. Medical robots.

Medical robots are developed from the needs of medicine. Modern times have entered the era of minimally invasive, and the success of minimally invasive treatment depends not only on skilled doctors, but also on excellent tools in the hands of doctors. The accuracy, reliability, and performance of robots far exceed those of surgeons, so the future prospects of medical robots are very impressive.

The da Vinci robot is currently the world's most successful and widely used medical robot, and it also represents the high level of today's robots.

Shape your child's programming mindset.

Shaping children's programming thinkingFor children to receive robot programming education, the important thing is to shape children's "programming thinking", not to be proficient in a specific programming language. In many ways, it really doesn't matter what programming language you start with. Children develop a programming mindset by learning a programming language, and with that mindset, it will be much easier to learn any new programming language.

And the robot programming in children's childhood is mainly a vivid graphical programming interface, which lays a solid foundation for children's future programming interests.

Develop children's logical thinking skills.

Cultivating children's logical thinking abilityOne of the most important aspects of learning robot programming is logical programming. The robot is a set of rigorous programs to achieve the designer's requirements. Therefore, only after rigorous and careful thinking can a set of appropriate execution programs be written to achieve their own vision, so that the robot can act according to its own wishes.

This logical thinking ability is very important for children's intellectual development, and it is an important ability training in robot programming education. The logic programming software of the learning robot is not a jerky and difficult to understand all kinds of **, but a vivid graphical interface, which makes it easier to train children's logical thinking.

Robot programming is learned: integrated applications (robot programming and production processes), robot research and development, electronics and electrical, software, machinery, reducers, sensors, etc. Robot programming is a description of the sequence of actions set up to enable a robot to accomplish a certain task.

The robot's movements and instructions are controlled by the program.

The ability to perform the prescribed calculations during the operation is one of the most important capabilities of the robot control system.

If the robot is not equipped with any sensors, then there may not be any calculations prescribed for the robot program. A robot without sensors is nothing more than a digitally controlled machine that can be programmed.

Some of the most useful calculations performed by sensor-equipped robots are analytic geometry calculations. The results of these calculations allow the robot to make its own decisions about where to place the finger tool or gripper next.

The purpose of the robot programming course is to allow students to assemble and build through the given parts, and then realize the control of the robot by writing programs. Programming knowledge is often limited by the robot itself, so the programming teaching carried out is only to make the robot work.

1. Look at the teacher.

If an institution wants to develop for a long time, it cannot leave the teachers. A good teacher has a very important impact on a child's learning. A good teacher can make children devote themselves to learning when they are learning, and over time, let children enjoy learning.

So as to be able to have a good learning effect.

2. Look at teaching aids.

If an institution wants to achieve outstanding teaching results, then you can see whether the teaching aids of this institution are perfect. Abundant teaching aids can allow children to learn the knowledge thoroughly after learning the theory, combined with the hands-on part, and combine the theory with the practice, which can make the child's learning effect better.

There are many disciplines involved, including integrated applications (robot programming and production processes), robot R&D, electrical and electronics, software, machinery, reducers, sensors, and so on.

Computer schools can go and try out the next course.

There are many disciplines involved, integrated applications (robot programming and production processes), robot research and development, electronic and electrical, software, machinery, reducers, sensors, etc., any breakthrough can change the entire industry, so it is really difficult to draw conclusions about how to learn. The subject should want to enter this industry, but he does not hide the psychology of knowing whether he is suitable or not, and whether he will develop in the future. Don't say too much about the major, let's ask the question in general terms, and if you make up your mind to learn, it is estimated that your question will not be asked in this way.