Embedded Systems Engineer jobs in United States

The Railway System Engineer is responsible for designing, integrating, and optimizing railway systems to ensure safe, reliable, and efficient operations. This role involves system-level thinking, covering rolling stock, signaling, infrastructure, power supply, and communication systems.

1. System Design & Architecture
   - Define and manage railway system requirements, architecture, and interactions between subsystems (rolling stock, signaling, tracks, power supply).
   - Select appropriate technologies and configurations for new rail projects.
2. System Integration
   - Ensure interoperability between railway subsystems and interfaces.
   - Validate system compatibility across networks (e.g., ERTMS, CBTC, PTC).
3. Performance Optimization
   - Improve system efficiency, capacity, energy consumption, and reliability.
4. Verification & Validation
   - Ensure systems meet performance standards, laws, and project requirements.
   - Define and monitor V&V plans.
5. Lifecycle Management
   - Manage upgrades and modernization projects.
   - Support asset management and maintenance planning.
6. Digitalization & Smart Rail Technologies
   - Implement IoT, AI, Big Data solutions for predictive maintenance and automation.
   - Work with Digital Twin, Remote Monitoring, and Smart Signaling technologies.

Bachelor's Degree in Transport Engineering or Mechanical Engineering

• Rolling Stock (Locomotives, EMUs, DMUs, High-Speed Trains)
• Signaling Systems (ETCS, CBTC, PTC, Interlocking)
• Electrification (25kV AC, 750V DC, 3kV DC systems)
• Track Infrastructure (Standard gauge, High-Speed Rail, Light Rail, Metro)
• Interface management between hardware, software, and infrastructure
• Managing mixed traffic operations (High-speed, freight, commuter trains)
• CENELEC Standards: EN 50126, EN 50128, EN 50129
• ETCS/ERTMS, IEC 62290, UIC, AAR, FRA Regulations
• Systems Engineering tools (DOORS, Enterprise Architect)
• Failure & Safety Analysis tools (ReliaSoft, FMECA, FTA)
• Electrical & Mechanical Design (MATLAB, Simulink, CATIA)
• Project Management methodologies (V-Model, Agile, Waterfall)

• Address the Way
• Build Network
• Client Intimacy
• Earn Trust
• Make Effective Decisions
• Manage Emotions
• Pioneer Change
• Promote Sustainable Development
• Think Forward

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