Description
TLIB3099 Examine track infrastructure.
The TLIB3099 RTO Training Materials for this unit cover the skills and knowledge required to inspect track and right of way infrastructure in accordance with safeworking and regulatory requirements, as well as workplace procedures. The unit covers preparing for the examination, conducting the examination, analyzing the results, and reporting any findings.
Individuals who achieve competence in this unit must satisfy the state/territory legislated rail safety prerequisites and comply with applicable codes of practice and guidelines.
This task is accomplished under minimal supervision, usually within a team setting. It involves applying standard operational principles and procedures when examining track infrastructure as part of workplace activities in various operational contexts throughout the Australian rail system.
Training and Assessment Resources for TLIB3099 Examine track infrastructure, are provided in Microsoft Word format making them easy to contextualise, add images to and edit them to suit your RTO’s requirements. They include:
- TLIB3099 Examine track infrastructure Learner Assessment
- TLIB3099 Examine track infrastructure Learner Guide
- TLIB3099 Examine track infrastructure Assessor Guide
- TLIB3099 Examine track infrastructure Assessment Mapping
TLIB3099 RTO Training Materials
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Training Materials Excerpt:
What is track and right of way infrastructure in relation to rail track in Australia?
Rail track and right of way infrastructure in Australia refer to the physical elements and legal framework that enable the operation of railways across the country. Australia has an extensive rail network covering both passenger and freight services, with a mix of government-owned and privately-owned infrastructure. Here, we will discuss the main aspects of the rail track and right of way infrastructure in Australia.
- Rail track: Rail tracks in Australia are built to various track gauges, depending on the region and intended use. There are three primary gauges used in Australia:
- Standard gauge (1,435 mm): Predominantly used for interstate and mainline railways, connecting major cities and ports.
- Broad gauge (1,600 mm): Primarily found in Victoria and some parts of South Australia.
- Narrow gauge (1,067 mm): Mainly used for regional railways in Queensland, Western Australia, and Tasmania.
- Right of way: The right of way is the legal framework that grants railway operators the authority to use the land on which the tracks are laid. It includes land acquisition, leases, easements, and other agreements that allow the railway to exist and operate on both public and private land.
- Infrastructure: Rail infrastructure in Australia consists of various elements, including tracks, bridges, tunnels, stations, and signalling systems. Maintenance and improvement of this infrastructure are vital for the efficient and safe operation of the rail network.
- Government agencies and organisations: Different government agencies oversee rail infrastructure and operation in Australia. At the federal level, the Australian Rail Track Corporation (ARTC) manages the interstate rail network. State and territory governments are also involved in managing their respective rail networks through organisations such as Transport for NSW (New South Wales), VicTrack (Victoria), and Queensland Rail (Queensland).
- Private sector involvement: Private companies play a significant role in the Australian rail industry, particularly in freight services. Some private operators own and maintain their own rail infrastructure, such as mining companies with dedicated rail lines for transporting resources to ports.
- Intermodal facilities: These facilities enable the transfer of goods between different modes of transport, such as from trains to trucks or ships. Intermodal terminals are essential for the efficient movement of freight throughout the country and play a significant role in Australia’s rail infrastructure.
- Future developments: Australia is continually working to improve and expand its rail infrastructure. Some notable projects include the Inland Rail, a 1,700 km freight rail line connecting Melbourne to Brisbane, and the Melbourne Metro Tunnel, which aims to improve capacity and connectivity in Melbourne’s rail network.
For trackside workers track and right of way infrastructure encompass various components and features that ensure the safe and efficient operation of the railway system. Here are some key elements of the infrastructure:
- Components: The main components of rail track infrastructure include rails, sleepers (or ties), and ballast. Rails provide the running surface for trains, sleepers support the rails and maintain the correct track gauge, and ballast distributes the load of the track and trains while providing drainage and stability.
- Turnouts: Turnouts, also known as switches or points, are track components that enable trains to change from one track to another. They consist of movable rails (points), a frog (where the rails cross), and fixed rails. Turnouts play a crucial role in the flexibility and efficiency of the rail network, allowing trains to switch between tracks, access sidings, or cross from one parallel track to another.
- Formation: The formation is the prepared surface on which the track structure is built. It typically consists of a layer of compacted earth or gravel, providing a stable and level base for the sleepers and ballast. The formation must be designed to support the loads imposed by the track and trains while allowing for adequate drainage.
- Drainage: Effective drainage is essential for maintaining the stability and longevity of the track structure. Proper drainage helps to prevent water from accumulating beneath the track, which can lead to track settlement, deterioration of sleepers, and reduced track stability. Drainage systems often include ditches, culverts, and subsoil drains to channel water away from the track.
- Earthworks: Earthworks refer to the excavation, embankments, and other construction activities required to create a level and stable surface for the track. This can involve cutting through hills, building up embankments, or constructing retaining walls to support the track and ensure proper drainage.
- Trackside signs: Trackside signs provide critical information to train drivers, such as speed limits, upcoming features (e.g., stations, junctions, or tunnels), and temporary restrictions. These signs are essential for maintaining safe and efficient train operations and ensuring that drivers are aware of any changes in track conditions or requirements.
- Fencing: Fencing is used to secure the railway corridor and prevent unauthorised access to the tracks. This helps to minimise the risk of trespassing, vandalism, and collisions with vehicles or pedestrians. Fencing can be made from various materials, including metal, wood, or mesh, and can incorporate features such as barbed wire or electrification for added security.
- Level crossings: Level crossings are points where rail tracks intersect with roads or pedestrian pathways, allowing vehicles and pedestrians to cross the railway. They can be equipped with various safety features, such as gates, lights, and bells, to warn road users of approaching trains and prevent collisions. Level crossings must be regularly inspected and maintained to ensure their proper functioning and safety.
The track and right of way infrastructure in relation to rail track in Australia comprise numerous components and features that work together to ensure the safe and efficient operation of the railway system. These elements require regular inspection, maintenance, and improvement to maintain the integrity of the rail network and provide reliable service to passengers and freight.
TLIB3099 RTO Training Materials
Qualifications that include this unit.
TLI37122 – Certificate III in Rail Infrastructure
Training packages that include this unit
