Short description of engineering job

Short description of engineering job

When someone talks about engineering job, first picture that comes in mind can of a person who design and develop building or who create big machineries but that’s not everything that an engineering job includes. Engineering job doesn’t means only making machineries or building homes but its criteria is very vast and it includes many other subjects also.
When we describe engineering job then every job that solves problem by a mathematical and scientific approach with new invention or following existing methods can be termed as engineering job. Engineers are responsible to invent new technology and enhance existing technology with a new approach as well as they also take care for management and production of many technical work.
It can include every industry right from making machineries or building home to mining, electronics, software, chemicals, automobile and much more. Engineers use their problem solving skill and scientific approach to solve problem of every industry and to create new ways to solve an existing problem.

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Robots use in rehabilitation

Robots use in rehabilitation

The robot can be used for human operations in hostile environments to perform (in space, in the deep sea or on the battlefield). Or numbing for very precise actions to perform (in the industrial, household or medicine).
In rehabilitation applications, the robot hand to ordinary everyday actions to perform. The robot compensates the limitation of the user. In addition there are three approaches:

  • A robot that runs with the three robotic laws, as a sort of assistant to certain tasks. The technical design philosophy of such a robot assistant is equal to what is described above. The user gives commands to the assistant which he must understand and implement. This requires a “high” semantic communication between the user and the assistant. Moreover, the robot must have a good repeatable and predictable features. That is difficult in an
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Robotics

Robotics

The robotics is the science and technology of robots. It deals with the design, manufacture and application of robots. Robotics combines various disciplines such as: the mechanics, the electronics, the computer, the artificial intelligence and control engineering. Other important areas in robotics are the algebra, the programmable logic and state machines.

The term robot was popularized with the success of the play RUR (Rossum’s Universal Robots), written by Karel Capek in 1920. In the English translation of this work, the Czech word robota, meaning forced labor, was translated into English as a robot.

History of Robotics

The history of robotics has been linked to the construction

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Bio-fuels

Bio-fuels

While bio-fuel might produce an alternative to fossil fuels, the rising cost for resources used in bio-fuels creates a new dilemma. Many poorer countries spend much of their income feeding their population and rising food costs create new shortages in the wake of more expensive foodstuffs. On the other hand, other poor countries with strong agricultural bases benefit by a lack of competition in the international market and higher profits for their crops.

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What is Automotive Engineering?

What is Automotive Engineering?

During the 20th century, the automobile became our chief mode of transportation. Now, in the 21st century, automobiles are sophisticated and constantly evolving machines.

Automotive engineering is the broad field of study that makes this technology and innovation possible. The core components of automotive engineering include design and performance, drivetrain engineering, engine combustion, engine tribology, mechanical engineering and vehicle dynamics.

Today’s automotive engineers are specialists who study a diverse array of subjects, which include aerodynamics, crash safety, handling, power generation and suspension. Some automotive engineers have a high-level focus and instead specialize in the relationships between the various components of a modern automobile.

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Aerodynamics

Aerodynamics

Aerodynamics is the study of the interaction between air and moving objects. It is vital to understanding how planes and rockets fly but is also used to understand everything from how kites can stay aloft to how a baseball pitch can curve. Aerodynamics is also studied in relation to objects moving along the ground such as cars or runners. Aerodynamics can also be used to study wind loads in the design of structures and to study the internal passage of air through ventilation systems and gas piping.

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The Future of Robotics on Combat Fields

The Future of Robotics on Combat Fields

The U S Army’s Future Combat Systems (FCS) is the research division for combat uses for robots. News reports cover robots already deployed in Iraq and Afghanistan as unmanned aerial vehicles. The FCS has ground robots on the battlefields now.

The most portable robot is the Small Unmanned Ground Vehicle (SUGV). It was developed by Boeing and iRobot as a surveillance robot. It uses treads for locomotion and weighs less than 30 pounds. Any soldier can carry the SUGV and its remote controls in one backpack. It can be fitted with cameras, laser range finders and chemical detection systems.

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Design engineering

The design engineering process is a guide of what steps can be taken to give the Engineer degree of direction for troubleshooting. The designers used a large number of combinations of steps and procedures of design, but you can not say there is a clear winner. The follow strict rules of design ensures no success of the project and may even inhibit the designer to the point of restricting free imagination. Despite this , it is believed that the design process is an effective means provide organized and useful results .

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