The future has come. In the near future, robots will begin to do the work that humans do in every corner of the business world. So, who will control these robots? If we give the right commands with robotic coding, the robots will not be able to take over the world. Let's take a closer look at what robotic coding is, how to learn it, and what are the advantages of knowing.
For the last hundred years, there has been a common idea in literature, cinema and, more importantly, in the world of science; Robots are coming. The future, which has been drawn and anticipated for years, has finally arrived. It is estimated that the use of robots will become widespread in the next ten years and these robots will do the work that more than 1 billion people have done. But how will these robots work? It is thanks to robotic coding that they get the right commands, of course.
We are used to the concept of coding, robotic coding is a similar concept. Just as you need to write code to run even the smallest application, the same is true for an advanced robot. The word robot might be a little scary, but they're just machines. The only thing that prevents them from taking over the world, as we see in science fiction movies, will be the robotic coding learned today.
Robot; It is a machine that perceives the environment it is in, makes a decision by making calculations in line with the commands it has received before, and performs some actions according to the decision it has taken. So it doesn't necessarily have to be human-like. It is sufficient to make a decision and fulfill its function by perceiving the event only within the framework of the commands it receives.
Although it changes according to its function, it is possible to talk about some basic parts that should be found in all robots; large and small motors, sensors and computing units. The robot, which senses its surroundings with sensors, will perform actions thanks to motors. Computing units filled with commands given by humans will decide what these actions will be.
What is robotic coding?
With the coding we know, it is written what the application should do when a key is pressed or a point is touched. Robotic coding works just like that. Certain scenarios are added to the calculation units of the robot and what kind of action should be taken in which situation is written.
Robotic coding can be written in languages such as C/C++, Python, Java, C#. Languages such as Wiring, Embedded C, and Mbed are also available, but they are already C++-based. While robotic coding may sound a bit fairytale, it is actually quite similar to basic coding. Someone who writes that the application opens when you click, can also write that the robot opens when it detects something.
What does robotic coding do?
Robots are widely used in the industrial world. For example, a robot can be programmed to only close the jar lid. Another can detect cracked eggs and remove them from the parcel. In other words, most repetitive tasks are given to robots so that the advanced human mind no longer has to deal with such small tasks.
Of course, it is obvious that they will carry out much more advanced commands in the future, but basically, the robots will only move within the framework given to them. Programmers who know robotic coding will take the lead in this job. Because no matter how advanced a machine is, a human is nothing but a pile of metal unless he gets the right commands written by a programmer.
How to learn robotic coding?
To be frank, if you resign from your duty as a civil servant in a good day and suddenly start learning robotic coding, it will take a long time to turn into a master. Because several times more than the infrastructure required to learn coding is required to learn robotic coding.
So, how to learn robotic coding? The first audience to learn robotic coding is children. When a coding education that starts with primary school education continues on robotic coding, children are ready for the future. Moreover, robotic coding represents the present for children, not the future.
Coding and robotic coding have become an indispensable course in engineering departments of universities. However, if you say that I am neither a child nor an engineer, but I have no interest in coding; then we recommend checking out Udemy and similar educational platforms. You can even find free tutorials on YouTube if you have some basic knowledge. As long as you have determination.
Benefits of learning robotic coding in kids:
Develops critical thinking skills.
Develops problem solving skills.
It helps them develop logical, numerical and analytical thinking systems.
It enables them to be individuals who are much more prone to teamwork.
There will be opportunities to work in an endless new discipline.
They get to know the world of today and the future closely.
They are not easily unemployed and work with not bad salaries.
Children's learning of robotic coding allows them to understand that there can be a much larger world than they see. Thanks to a coding education supported by art and science, children truly build the future. Of course, we don't know how accurate it is to guarantee that if all children learn to code, they will not be unemployed.
Will robotic coding really shape the future?
Take a look around you. You must have noticed how much of an increase in the number of machines we use in the last few years. For now, we operate these machines by pressing, touching or voice commands. It is not necessary to be a prophet to say that the technology that came from zero to this point in a short time will progress further.
Your coffee machine will know how many cups of coffee you have drunk at what time and it will be ready at the exact time you want. When your dirty basket is full, a simple robot will throw the laundry into the washing machine, wash, dry and fold it. We will experience almost everything we see in the Jetsons cartoon. Because we have seen dozens of things that seemed impossible years ago are possible today. It is not a luxury but a necessity for children to learn robotic coding so that they do not fall behind in this world.
