PSocial network you want to login/join with: /ppRINA is currently recruiting for a bRailway System Engineer /b to join its office in bROME, GENOA, NAPLES OR MILAN /b within the Electronics and Systems Engineering Division. /ppbMission /b /ppThe 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. /ppbKey Accountabilities /b /pulliDefining and managing railway system requirements, system architecture, interaction between subsystems (rolling stock, signaling, tracks, power supply). /liliSelecting appropriate technologies and configurations for new rail projects. /liliEnsuring interoperability between different railway subsystems, interfaces between rolling stock, signaling, and infrastructure. /liliValidating system compatibility across national and international railway networks (e.g., ERTMS, CBTC, PTC). /liliEnhancing railway system efficiency in terms of capacity, energy consumption, and operational reliability. /liliEnsuring railway systems adhere to the performance and characteristics required by the project requirements, standards, laws, etc. /liliDefining and monitoring the execution of the VV plan. /liliManaging railway system upgrades and modernization projects. /liliSupporting asset management and maintenance planning to maximize system longevity. /liliImplementing IoT, AI, and Big Data solutions for predictive maintenance and automation. /liliWorking with Digital Twin, Remote Monitoring, and Smart Signaling technologies. /li /ulpbEducation /b /ppBachelor’s Degree in Mechanical Engineering or Electronic/TLC Engineering /ppRINA is currently recruiting for a bRailway System Engineer /b to join its office in bROME, GENOA, NAPLES OR MILAN /b within the Electronics and Systems Engineering Division. /ppbMission /b /ppThe 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. /ppbKey Accountabilities /b /pulliA. System Design Architecture /liliDefining and managing railway system requirements, system architecture, interaction between subsystems (rolling stock, signaling, tracks, power supply). /liliSelecting appropriate technologies and configurations for new rail projects. /liliB. System Integration /liliEnsuring interoperability between different railway subsystems, interfaces between rolling stock, signaling, and infrastructure. /liliValidating system compatibility across national and international railway networks (e.g., ERTMS, CBTC, PTC). /liliC. Performance Optimization /liliEnhancing railway system efficiency in terms of capacity, energy consumption, and operational reliability. /liliD. Verification Validation /liliEnsuring railway systems adhere to the performance and characteristics required by the project requirements, standards, laws, etc. /liliDefining and monitoring the execution of the VV plan. /liliE. Lifecycle Management /liliManaging railway system upgrades and modernization projects. /liliSupporting asset management and maintenance planning to maximize system longevity. /liliF. Digitalization Smart Rail Technologies /liliImplementing IoT, AI, and Big Data solutions for predictive maintenance and automation. /liliWorking with Digital Twin, Remote Monitoring, and Smart Signaling technologies. /li /ulpbEducation /b /ppBachelor’s Degree in Mechanical Engineering or Electronic/TLC Engineering /ppbQualifications /b /ppRailway Engineering Operations Knowledge: /pulliRolling Stock (Locomotives, EMUs, DMUs, High-Speed Trains) /liliSignaling Systems (ETCS, CBTC, PTC, Interlocking) /liliElectrification (25kV AC, 750V DC, 3kV DC systems) /liliTrack Infrastructure (Standard gauge, High-Speed Rail, Light Rail, Metro) /li /ulpSystems Engineering Integration: /pulliRequirements and Configuration management. /liliInterface management between hardware, software, and infrastructure. /liliManaging mixed traffic operations (High-speed, freight, commuter trains). /li /ulpRailway Standards Regulations: /pulliCENELEC Standards: EN 50126 (RAMS), EN 50128 (Software), EN 50129 (Safety) /liliETCS/ERTMS (European Train Control System) /liliIEC 62290 (Urban Rail Control Systems) /liliUIC, AAR, and FRA Regulations (for different railway regions) /li /ulpModeling Simulation Tools: /pulliSystems Engineering: DOORS, Enterprise Architect /liliFailure Safety Analysis: ReliaSoft, FMECA, FTA Tools /liliElectrical Mechanical Design: MATLAB, Simulink, CATIA /li /ulpProject Management Lifecycle Management: /pulliWorking with V-Model, Agile, or Waterfall methodologies. /liliManaging large-scale railway system deployment projects. /li /ulpbCompetencies /b /pulliADDRESS THE WAY - Have a big picture of different situations and reinterpret it in a perspective way /liliBUILD NETWORK - Forge trust relationships, across departments, and outside the organization /liliCLIENT INTIMACY - Embrace internal and external client needs, expectations, and requirements to ensure maximum satisfaction /liliEARN TRUST - Take everyone's opinion into account and remain open to diversity /liliMAKE EFFECTIVE DECISIONS - Structure activities according to priorities, actions, resources and constraints /liliMANAGE EMOTIONS - Recognise one's and other's emotions and express and regulate one's reactions /liliPIONEER CHANGE - Actively embrace change and benefit from the new circumstances /liliPROMOTE SUSTAINABLE DEVELOPMENT - Promote commitment by keeping promises as a Role Model /liliTHINK FORWARD - Capitalise on experiences and translate them into action plans for the future /li /ulpWith over 5,800 employees and 200 offices in 70 countries worldwide, RINA is a multinational provider of certification, marine classification, product testing, site supervision, vendor inspection, training, and engineering consultancy services across various sectors. Our business model covers the full project development process, from concept to completion, ensuring sustainability in technical, environmental, safety, and economic aspects. /ppAt RINA, we value every individual and encourage new ideas. We provide equal employment opportunities and are committed to a workplace free from discrimination or harassment. We are compliant with Italian Law n. 68/99. /p #J-18808-Ljbffr