Robotics

Two years ago, Chrysler completely destroyed the automobile assembly plant in Windsor, Ontario, and within six weeks we installed a new factory in the building. This is a technical miracle. When the time to go to work I came, the brand new staff went to the assembly line. On the first day there were 150 industrial robots. Industrial robots do not look like science fiction books or robots in movies. They are not like evil Daleks or fusspot C-3P0. In any case, industrial robots in Chrysler's production line are like elegant swans and baby chinchillas, their fat, deep body, long neck, and small head.

What does this mean for robots? Over the years, robots have become more affordable, compact and user friendly. From huge industrial robots to small robot arms, most people can purchase robots. However, even if prices and materials become more affordable, learning curve is not usually the case. Think of all creative people and craftsmen who prefer to use robots as assistants in the workplace. But they are afraid of the amount behind code, software engineering and mathematics. If you are not a programming robot, can you teach him what to do, as you do for others? This is the fundamental change in the paradigm from a programmable robot to a teachable robot.

Robotics engineering is the field of engineering, science that deals with the concept of robot design, manufacture and operation. In the field of robot engineering, many artificial intelligence starts to work, and robot engineering is necessary to guide robot's motion. The field of robotics engineering includes mechanical engineering including electronics, computer science, and mechatronics. If you are smart, like to play in design, if you have creative and comfortable programming and electronic tendencies, you can go to your robotics course as your first degree. Robotics is an interesting area of ​​research that requires highly ambitious and innovative talent. You will have to try using the robot to solve many problems. So, in order to succeed among disciples, you must be able to think outside the box.

Since almost all robots are mechatronics, robotics engineering is regarded as a subset of mechatronics, but not all mechatronics systems are necessarily robots. Many courses of the mechatronic course of the university course include the design and production of elements of robots and robots (here and here, for example). Mechatronics course and mechatronics course are basically related to robotics engineering. In previous forecasts, it was estimated that the number of engineering departments of the formal mechatronics engineering department will increase significantly, but the actual number of such programs is still small. Most of the academic activities of mechatronics are done in the Mechanical and Electrical and Electronic Engineering Department.

What is the difference between robot engineering and mechatronics? What is the difference between mechanical engineering, automation engineering and mechanical engineering?