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Take up Robotics with 8051 mC Training and Brace Yourself with a Future Ripe With Soaring Career Heights!

Jan 30th 2015 at 4:32 AM

In this era of constant innovation, taking up a robotics with 8051 mC training is that the perfect fuel to ignite talented robotics engineers. Such a training will help robotic designers use the 8051 microcontroller and embedded C programming to implement concepts of robotics. In the process, there is lots to learn about controllers, sensors, locomotion, wireless communication, actuators etc.

What is the 8051 microcontroller?

Also called the Intel MCS-51, is a single chip microcontroller series, based on the Harvard architecture, and constituting a CISC instruction set. It was developed by Intel in the 1980s. Used extensively in embedded systems, it was originally based on the NMOS technology, and is not based on the CMOS technology, thereby consuming less power than its predecessors. The uses of 8051 microcontrollers are extensive. The 8051 microcontroller is a versatile chip which is used across industries, including consumer electronics, automobile, defense applications. It is used in automobile, rail transport, remote sensing, mobile communications, e-commerce, defense, and robotics etc.

Career in robotics – what is the future?

Robotics has always been a dynamic field. It involves designing, maintenance and functional use of robots. Robots are used in manufacturing, transportation, weaponry, research, and consumer goods mass production to name a few. There are various types of robotics professionals, the most common being robotics technicians and robotics engineers. Candidates can enter this field with strong expertise in any front running microcontroller technology, such as ARM microprogramming or PIC programming.

Robotics sub-areas

Robotics is a broad area encompassing numerous sub-areas or sub-specialties. Some of them are as follows:

  • Machine automation – includes industrial automation using PLC SCADA. Includes usage of artificial machines to expedite machine performance and delivery.
  • Medical robotics – is an upcoming field, in which robots help doctors perform surgeries. It has been proven time and again that medical robotics is accurate and non-invasive. They are also used as telemanipulators – where a surgeon controls a robot remotely and performs the operation.
  • Cybernetics – is concerned with machine learning, its principles, theories and practices. The aim of cybernetics is to describe complex interactions and interrelationships between systems. There are many contributing disciplines to this such as engineering, mathematics, cognitive sciences.
  • Air traffic management – the use of automated systems that use robotics technology in the background for air traffic control is becoming prominent with each passing day.

Job duties of robotics personnel

A robotic technician's job role varies by industry. For instance, a robotics engineer could be involved in the design of artificial limbs while another could be involved in manufacturing of automated food-packing systems. However, the common tasks of all robotics personnel is to design, create, test, troubleshoot and maintain robotic systems. In the coming century, there will be a thrust in the usage of robotics technology. So this is probably the right time for aspirants to look in the direction of robotics with 8051 mC training.

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