Railway Systems

• Design and implement real-time control systems, from train control and traction control management systems to door controls and braking components
• Develop plant models.
• Synchronize and enhance the safety and efficiency of railway traffic.
• Develop high integrity software applications that include signaling control, radio-based wireless communications, interlocking systems and display screens.
• Run grid simulations to replicate and evaluate energy transfers under varying operational conditions.
• Replicate effects of power generation, load consumption, and regenerative braking

Conform to the MISRA C and EN 50128 standards

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• Investigate design concept for production
• Optimize design for best performance
• Validate design as per the railway’s standards
• Develop virtual prototypes and digital twins
• Couple electromagnetics with heat transfer, structural mechanics, fluid flow, and other physical phenomena
• Test different geometries, thermocouple configurations, and material selection
• Perform cosimulation with Simulink
• Build simulation apps

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• Develop, tune, and test high-fidelity real-time control applications for vehicle control units (VCUs), traction control units (TCUs) and
• automatic train operation (ATO)
• Accelerate innovation and testing of next-generation railway systems with localization and motion planning
• Create an accurate simulation of your entire physical vehicle, including all of its electrical, mechanical, and hydraulic components.
• Perform real-time simulations of complex models in real-time, including Multifunction Vehicle Bus (MVB) and Wire Train Bus (WTB) communication protocols
• Verify traction control management systems
• Conduct inspections and verifications of the operational and fault conditions, such as electrical faults and grid transients.

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