The Federal Railroad Administration and Technology

The Federal Railroad Administration creates and enforces rail safety regulations It also provides rail funding and studies strategies for improving rail safety.

FRA field inspectors make use of discretion to determine which cases warrant the exact and lengthy civil penalty process. This discretion helps to ensure that the most serious violations are punished.

Members of SMART-TD and their allies have made history in 2024 by pushing the FRA to allow two people in the cabs of locomotives of freight trains. The fight is not over.

Safety

The Federal Railroad Administration implements a variety of safety measures to safeguard the health of employees as well as the public. It is responsible for establishing and enforcing rail safety regulations. It also manages the funding for rail and conducts research on rail improvement strategies and technological developments. It also formulates plans, implements and maintains a plan for maintaining the current rail infrastructure and services. It also develops and improves the rail network across the nation. The department requires all rail companies to abide by strict rules and regulations, empower their employees and provide them with tools needed to be successful and safe. This includes participating in a confidential close-call reporting system, establishing labor-management occupational safety and health committees with full participation from unions and anti-retaliation clauses and providing employees with the needed personal protective equipment.

Inspectors of the FRA are at the leading edge of enforcing rail safety laws and regulations. They conduct routine inspections of equipment and conduct a myriad of investigations of complaints of non-compliance. Those who violate the safety rules for rail can be penalized civilly. The safety inspectors of the agency have a broad discretion on whether an incident falls within the statutory definition of a civil penalty-worthy act. The Office of Chief Counsel's safety division also scrutinizes all reports that regional offices submit to ensure that they are legal before assessing penalties. The exercise of this discretion at both the regional and field levels ensures that the lengthy, time-consuming civil penalty process is applied only in those situations that are truly deserving of the effect of a civil fine.

A rail employee must be aware of the rules and regulations that govern their actions and be aware of the standards to commit a civil penalty-worthy offense. The agency does not believe an individual who acted upon a directive from a supervisor has committed a willful offence. The agency defines the "general railroad system of transportation" as the entire network that allows passengers and goods to travel within cities and metropolitan areas, or between them. A plant railroad's trackage in a steel mill is not considered part of the general transportation system by rail even although it is physically connected to it.

Regulation

The Federal Railroad Administration sets train regulations, including those pertaining to safety and the movement of hazardous materials. The agency manages railway finance, including grants and loan for infrastructure and service improvement. The agency works with other DOT agencies and the industry to develop strategies for improving the country's fela railroad system. This includes ensuring the current rail infrastructure and services, addressing the need for new capacity, expanding the network strategically and coordinating the national and regional system planning and development.

While the majority of the agency's work is focused on freight transportation, it also manages the transportation of passengers. The agency is working to offer more options for passengers and connect passengers with the places they would like to travel to. The agency is focused on improving the experience for passengers, improving the safety of the existing fleet, and ensuring that the rail network continues to operate efficiently.

Railroads must abide by a variety of federal regulations, relating to the size of the crews on trains. This issue has become an issue of contention in recent years, with some states passing legislation to require two-person crews on trains. This final rule establishes federally the minimum size of crew requirements, ensuring that all railroads follow the same safety standards.

This rule also requires each railroad operating a one-person train crew to inform FRA of the operation and submit an assessment of risk. This will allow FRA to better understand the specifics of each operation and compare them with those of a normal two-person crew operation. This rule also alters the review standard of an approval request that is a special case from determining whether an operation is "consistent" with railroad safety, to determining if the operation is as safe or safer than two-person crew operations.

During the period of public comment on this rule, a large number of people voiced their support for a requirement for two people on the crew. A form letter sent by 29 people outlined their concerns that a single crew member would not be as quick to respond to issues with trains or grade crossing incidents or assist emergency response personnel at a highway-rail grade crossing. Commenters emphasized that human factors are responsible for a majority of railroad accidents. They believe that a bigger crew would ensure the safety of the train as well as its cargo.

Technology

Freight and passenger rails use a variety of technologies to improve efficiency, improve security, and improve safety. The language used in the rail industry contains a myriad of specific terms and acronyms, but some of the more notable developments include machines-vision systems, instrumented rail inspection systems, driverless trains rolling data centers, and unmanned aerial vehicles (commonly called drones).

Technology isn't merely replacing jobs, it's also empowering individuals to perform their work better and safer. Passenger railroads use smartphones apps and contactless fare cards to boost ridership and increase the efficiency of their system. Other developments, like autonomous rail vehicles, are inching closer to reality.

The Federal Railroad Administration, as part of its ongoing efforts to ensure secure affordable, reliable, and secure transportation in the United States, is focused on modernizing the rail infrastructure. This is a multi-billion-dollar effort that will see bridges and tunnels restored tracks, power systems and tracks upgraded and stations rebuilt or upgraded. The FRA's rail improvements program will be substantially expanded by the recently passed bipartisan Infrastructure Law.

The agency's Office of Research, Development and Technology is a major piece in this effort. The National Academies' recent review of the office concluded that it was successful in engaging, maintaining communications with inputs from a variety of stakeholders. It still needs to be aware of how its research contributes towards the department's primary objective of ensuring the safety of people and goods by railways.

One area in which the agency might be able to improve its effectiveness is in identifying and assisting the development of automated train technology and systems. The Association of American Railroads, the main freight rail industry business organization that is focused on research, policy and standardization the Technical Advisory Group on Autonomous Train Operations to help in developing industry standards to implement the technology.

The FRA is interested in the group's creation of a taxonomy for automated rail vehicles, a system that defines clearly and consistently the different levels of automation. This could be applicable to both rail transit and vehicles on the road. The agency will want to know the degree of risk the industry is assessing with fully automated operation, and whether the industry is contemplating any additional measures to mitigate the risk.

Innovation

Rail companies are adopting new technologies to enhance worker safety, improve efficiency in business processes and ensure that the freight they transport arrives at its destination intact. These innovations include cameras and sensors that monitor freight, to new railcar designs which keep hazardous cargo safe during transport. Some of these technologies allow railroads send emergency responders directly to the scene of an accident to minimize the risk and minimize damage to property and people.

Positive Train Control (PTC) is one of the most significant innovations in rail. It is designed to keep train-to-train accidents out of the way, as well as situations where trains are on track they shouldn't be, and other accidents caused by human errors. This system consists of three parts consisting of locomotives onboard that track the train; wayside networks that communicate with the locomotive; and a massive server that collects and analyses data.

Trains for passengers are also adopting technology to bolster safety and security. For instance, Amtrak is experimenting with drones to assist passenger security staff in locating passengers and items on board trains in case in an emergency. The company is also looking into other possibilities to utilize drones, for instance, using them to perform inspections of bridges and other infrastructure, for example, replacing the lights on railway towers that could be hazardous for workers to climb.

Smart track technology is a different technology that can be used in railways that transport passengers. It can detect people or objects on tracks and notify drivers that it is unsafe to continue. These technologies are especially useful for detecting unauthorized crossings or other issues in the evenings when traffic is less and there are fewer witnesses to an accident.

Another important technological breakthrough in the railway industry is telematics which allows shippers, railroads and other stakeholders to see the condition and status of a traincar through real-time tracking. Traincar crews and operators can benefit from greater accountability and transparency, which will help them to improve efficiency, avoid unnecessary maintenance and reduce delays when delivering freight.