What is a Capability?
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Capability domain attributes
Attribute | Description | Example |
| The name or title of the Capability | Automated Track Inspection System |
| A detailed explanation of what the Capability entails | AI-enabled system for continuous track geometry measurement and defect detection |
| The intended purpose or function of the Capability within the Organization | Enhance track inspection efficiency and accuracy |
| The individual or team responsible for the Capability | Chief of Track Inspection Technology |
| The Organization unit(s) to which the Capability is linked | Track and Rail Infrastructure Division |
| The resources information or materials required for the Capability to function | Track geometry data, rail wear measurements, historical defect data |
| The deliverables or results produced by the Capability | Daily inspection reports, defect predictions, maintenance recommendations |
| The set of processes that define how the Capability operates | Data collection, analysis, defect identification, reporting |
| Metrics used to measure the effectiveness and efficiency of the Capability | Detection accuracy: 96.5%, False alarm rate: 2.3% |
| Other capabilities processes or systems that the Capability depends on | GPS systems, data transmission network, analysis software |
| Capabilities that are related or linked to this Capability | Rail flaw detection, bridge inspection systems |
| The current maturity level of the Capability | Level 4 - Advanced Implementation |
| Tools and technologies used to support or enable the Capability | LIDAR sensors, machine learning models, track geometry cars |
| Regulatory requirements and standards the Capability must adhere to | 49 CFR Part 213, FRA Track Safety Standards |
| The financial cost associated with implementing and maintaining the Capability | Annual operating cost: $12.8M |
| Potential risks associated with the Capability and its operations | Equipment failure, data accuracy issues |
| Areas where the Capability can be enhanced or improved | Integrate thermal imaging, expand coverage to secondary lines |
| How the Capability aligns with the Organizations strategic goals and objectives | Supports accident reduction and efficiency goals |
| A high-level Capability that encompasses multiple sub-capabilities or child capabilities | Track Safety Assurance System |
| A specific Capability that falls under a broader parent Capability | Rail Profile Measurement |
| A detailed process that supports a child Capability | Continuous rail wear monitoring |
Capability Function Element
Sub-Element | Description | Example |
| The name or title of the function | Track Geometry Measurement |
| A detailed explanation of what the function involves | Automated measurement of track geometry parameters |
| The intended purpose or function of the activity | Ensure compliance with FRA track geometry standards |
| The individual or team responsible for the function | Track Geometry Program Manager |
| The Organization unit(s) where the function resides | Track Inspection Division |
| The inputs required to perform the function | Raw sensor data, track class information |
| The outputs or deliverables produced by the function | Geometry exception reports, maintenance alerts |
| The processes involved in the function | Data collection, analysis, reporting, validation |
Capability Components Element
Sub-Element | Description | Example |
| The name or title of the Capability component | Rail Wear Detection System |
| A detailed explanation of what the Capability component involves | Automated measurement of rail head wear and profile |
| The intended purpose or benefit of the Capability component | Monitor rail degradation and predict maintenance needs |
| The individual or team responsible for the Capability component | Rail Integrity Program Lead |
| The Organization unit(s) utilizing the Capability component | Track Maintenance Division |
| The technologies and tools used for the Capability component | Laser profilers, ultrasonic sensors, analysis software |
| The processes involved in the Capability component | Data collection, wear analysis, reporting |
| The skills and competencies required for the Capability component | Rail inspection certification, data analysis expertise |
Capability Process Element
Sub-Element | Description | Example |
| The name or title of the Process | Track Inspection and Assessment Process |
| A detailed explanation of what the Process entails | Standardized procedure for conducting comprehensive track inspections and safety assessments |
| The intended purpose or function of the Process | Ensure systematic evaluation of track conditions to maintain FRA safety standards |
| The individual or team responsible for the Process | Chief Track Inspector |
| The Organization unit(s) where the Process resides | Track Safety Division |
| The Capability this Process supports | Track Safety Assurance System |
| The inputs required to perform the Process | Track class specifications, Previous inspection data, Maintenance history |
| The outputs or deliverables produced by the Process | Inspection reports, Defect notifications, Maintenance recommendations |
| Detailed steps involved in the Process |
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| Metrics used to measure Process effectiveness | Inspection completion rate: 98%, Defect identification accuracy: 96% |
| Regulatory requirements governing the Process | 49 CFR Part 213 - Track Safety Standards |
| Tools and equipment needed for the Process | Track geometry car, Gauge measurement devices, Digital inspection tablets |
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