Will train drivers be replaced?

A controversial issue all around the world, train drivers could see their roles change or possibly disappear altogether with many high-profile train manufacturers on the market already working on driverless prototypes that could soon be debuting on tracks.



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On present trends, passenger and freight activity will more than double by 2050. Such growth is a token of social and economic progress. But it carries with it growth in energy demand and in emissions of CO2 and atmospheric pollutants. Greater reliance on rail can cut that growth.

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The simple answer is, “Because we don't want them.” The slightly longer answer is, “because the fastest trains are slower than flying; the most frequent trains are less convenient than driving; and trains are almost always more expensive than either flying or driving.”

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A train driver, engine driver, engineman or locomotive driver, commonly known as an engineer or railroad engineer in the United States and Canada, and also as a locomotive handler, locomotive engineer, locomotive operator, train operator, or motorman, is a person who operates a train, railcar, or other rail transport ...

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Complying with professional and federal rules and regulations relating to train operation and safety. Monitoring the speed, air pressure and other operational measurements of the train. Using mechanical controls such as throttles and air brakes to control the speed and motion of the train.

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Neither the conductor nor the engineer is allowed to sleep on the train. They must be awake and alert throughout their entire shift. So, where do they sleep? After their shift, conductors and engineers sleep either at home or in a motel at an away terminal.

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Age and gender The median age of Train Drivers is 48 years. This is higher than the all jobs average of 40 years.

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Privately-owned passenger rail lines are popping up in the U.S. which could make getting to popular vacation destinations easier. Travelers could soon have more options to get where they're going, thanks to new train routes.

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Most freight trains in the US are already halfway to electrification. They deploy an electric drive that runs off a diesel generator. Diesel-electric locomotives first appeared in the 1920s and soon gained currency as a labor-saving, cost-cutting technology improvement over steam-driven trains.

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Between 1945 and 1964, non-commuter rail passenger travel declined an incredible 84 percent, as just about every American who could afford it climbed into his or her own automobile, relishing the independence. What changed was not just the way Americans traveled, but also the way they worked, shopped, and played.

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In order to have driverless trains, the operator would have to adjust the platforms and the tracks to make them the same level. TfL would also have to introduce platform-edge doors in order to make on- and offboarding driverless trains easier and safer.

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In most of the interviews with drivers, lack of sleep time was cited as a problem with the management system, particularly the shift work [21]. Train drivers often complain that shift times change frequently, and they have to adjust their work schedules frequently.

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Japan: Japan is often praised for having one of the world's most efficient and punctual railway systems. The country is known for its high-speed Shinkansen (bullet trains) and extensive network of commuter and regional trains. Japan's commitment to safety, cleanliness, and customer service is also noteworthy.

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New trains are still being designed and built with fully equipped driver cabins. But the idea of a train with no automation at all is unthinkable today. The industry has a scale called the Grades of Automation (GoA) for trains, which goes from GoA0 to GoA4, as follows: GoA0: No autonomy – all driving done by a human.

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