RAIL CoLAB

Research lines

Four areas where RAIL CoLAB brings together companies, universities and R&D centres to solve real problems in the railway system.

Sustainability

Energy management, resilient materials and eco-design of rolling stock and infrastructure.

  • New energy management models and operation monitoring systems (e.g. hydrogen)
  • New sustainable and resilient materials and digital technologies
  • Improved eco-design of rolling stock and infrastructure life-cycle assessment
  • More efficient manufacturing, inspection and maintenance techniques
  • More efficient planning and management of rolling stock operations

Smart asset management and maintenance

Condition prognosis, maintenance supported by asset digitalisation, and decision support systems.

  • Advanced prognosis and health assessment at system level
  • Maintenance supported by asset digitalisation across the life cycle
  • Advanced decision support systems for holistic management, integration and cooperation
  • Specific, enhanced technologies for maintenance execution
  • Requirements and verified regulations for the design and renewal of assets enabling cost-effective maintenance
  • Condition-based and performance-based operation
  • Safety and legal aspects of AI-based asset management

Digital platform for critical events

Digital twins with predictive capability, and detection and alerting of safety-critical events.

  • AI digital twin for automated resource planning
  • Digital twin of rail equipment with prediction from simulation models fed by operational data
  • Common data environment based on digital twins and BIM
  • Integrated operation and maintenance management
  • Planning and control of new detection and alert systems
  • Safety-critical event detection and alerting
  • Alert and interface management

Communications and cyber security

More bandwidth, lower latency and more secure communications for railway applications.

  • A standard automation platform
  • More bandwidth for railway applications using 5G or link aggregation
  • Lower latency for deterministic applications over wireless communications
  • Compression of the monitoring data to be transmitted
  • More secure communications
From research to practice

Projects RAIL CoLAB is currently developing