Robots are well-suited for jobs that are dangerous, require great strength, or involve repetitive tasks like assembly. They excel at jobs like welding automotive parts, spray painting due to their ability to work in hazardous environments without negative effects, and circuit board assembly due to their high precision. While robot technology continues to advance, their capabilities still lag far behind the capabilities evolved through biological evolution over hundreds of millions of years.

1. LUIS ALEJANDRO ARROYAVE QUINTERO HECTOR JAVIER GUERRERO GOMEZ

2. Many of the robots in use today do jobs that are especially difficult for human workers. These are the types of jobs that requires great strenght or pose danger. Robots are particularly useful in the automanufacturing industry where parts of automobile must be welded together.

3. Earlier robots were usually blind an deaf but newer types of robots are fitted with video cameras an other sensing devices that can detect heat, texture, size and sound. These robots are used in space projects, nuclear reactor stations, and underwater exploration research.

4. As mechanical supermen, robots may be called upon to do anything from moving heavy components between workstations on a factory floor to carrying bags of cement. In the meantime, the robotics revolution is already beginning to change the kind of work that people do.

5. Spray painting is another task suited to robots because robots do need to breathe. Unlike human painters, they are unafected by the poisonous fumes. Robots are better at this task, because they are faster or cheaper than humans, but because they work in a place where humans cannot.

6. Third in the list of useful jobs for robots is the assembly of electronic parts robots shine at installing chips in printed circuit boards because of a capability that robots have that people don’t. “This automatic accuracy is particularly valuable in this kind of industry because locating and fixing mistakes is costly”.

7. Simply put, robot handslike robot legs, or eyes, or reasoning powers-have a long way to go before they can approach what biological evolution has achieved over the course of hundreds of millions of year. Much more will have to happen in laboratories around the world before robots can be compared to nature’s handwork.

8. There are some industrialists who hope that by the year 2020 all their emloyees will be knowledge workers, no longer standing on assembly lines but rather sitting at desks and computer terminals to deal with information. These changes are already under way an their pace accelerates every year.