Everyone knows that no one is safe from the effects of storms, hurricanes, storms and other natural disasters. Therefore, it is worth soberly realizing that the next rainstorm with the same probability can leave without light both a small office and a huge corporation. What to do in the event of a cable break or some kind of malfunction? Call electricians? Or rent a robot that independently does all the work much faster, and possibly better. Say fiction? Of course, who will develop robots-electricians, if there are more interesting applications for these silicon creatures. And you don’t have to go far - robotic singers and bartenders, nannies and teachers, doctors, toys. And here I do not agree.

Scientists have created a robot that, in stand-alone mode, will be able to independently test or diagnose many kilometers of the power cable, identify problems and possibly even identify “preliminary” malfunctions that, in the future, can cause network problems.

Professor, electronic engineer Alexander Mamishev told the press that such a development is the first in the industry ...

Once, leafing through statistics, I stumbled upon a table listing the distribution of professions by area of ​​employment, that is, by place of work (manufacturing, transportation, medicine, science, business, etc.)

What was the surprise when almost in every column of a separate industry, and even in several directions, there was a particular electrical engineering specialty.

Roughly estimating received about 85% of industries can not exist without a serious electrical contingent.

Serious!

This is not two or three electricians on duty, but their own electric workshop, workshops, laboratories. These are enterprises operating electrical equipment of medium complexity and medium capacity.

Why is this all?

And the fact that the great need for electrical personnel continues to grow. It is necessary to fill in creative interesting empty places!

And who should fill out, if not those who know all the advantages and even the magnificence of these professions.

It is difficult to understand a situation where many people have all the makings and opportunities to devote themselves to this area of ​​activity, but they do not use it ...

Electrician, many have heard about this profession, but only a few have grasped its deep essence. You can master the skills of laying wires and breaking out outlets in a month, but it takes a lifetime to become an electrician.

This craft implies a completely unique way of thinking, inaccessible to representatives of other professions, I will explain: the assembly craft requires a person to fully mobilize consciousness, this has several manifestations.

Firstly, both the master and. moreover, the convert must absolutely clearly understand what and how he is doing, scrolling the words of fellow teachers over and over in his head, in his eyes only the plan, diagrams, drawings, room numbers, if the electrician is distracted even for a moment, the whole will be threatened computer network.

Secondly, this profession requires excellent logic, turned on automatically, since you need to lay wires at the smallest distances to avoid circles, loops, damage and catch-up from the bosses.

Thirdly, the electrician must be ...

In 1910, the famous American automaker Henry Ford built a huge car factory in Detroit. A powerful electric generator was ordered for the plant, which was supposed to provide electricity to all the machines in the plant.The generator was brought in, mounted, but when it was started, it turned out that it was very buzzing, heated and did not give up half of the required power. For many days, experts were busy with the generator, but could not understand anything.

The situation for Ford was critical: the delay in launching the plant threatened with huge losses. And he decided to take an extreme step - he invited to the factory one of the leading American electrical engineers, Professor Charles Steinmets. The professor arrived, walked around the generator and ordered that they bring him a cot, a piece of chalk, a notebook and a pencil — he wanted to work at night. All night, Steinmets walked around the generator, put mysterious marks with chalk, then lay on a cot and calculated something in a notebook.

In the morning he said that they removed the generator cover and wound 16 turns from the induction coil. After that, the generator was started and it worked silently and began to give off power even more than that for which it was designed. The enraptured Ford thanked the professor and asked for a bill for the work done. Soon a bill came in for $ 10,000. The sum at that time was enormous, but Ford's enthusiasm had already passed. He began to look for an excuse not to pay money and sent Steinmets a letter asking him to detail the account, to make costing. Such a calculation Steinmets sent.

This is how she looked ...