GrE System Engineer - BoP 1

In this role you will lead the development and lifecycle management of Hydrogen and Air Balance of Plant components for Fuel Cell Power Packs. You will act as the technical focal point for specifications, supplier engagement, qualification, and product evolution. You will collaborate across System Engineering, Validation, RAMS, Procurement, and suppliers to meet performance, safety, and cost goals. This is a hands-on, cross-functional position centered on delivering reliable hydrogen and air management solutions at scale. You will be pivotal in shaping lifecycle decisions and enabling fleet success.

• Lead development and lifecycle management of Hydrogen and Air Balance of Plant components aligned with performance, reliability, safety, industrialization, and cost objectives
• Define and manage component requirements, technical specifications, and design documentation across development, qualification, and deployment
• Manage supplier relationships including assessments, design reviews, risk management, and issue resolution
• Define qualification and validation strategies with Validation, RAMS, and System Engineering teams and support testing activities
• Provide technical support to System Engineers, Validation Engineers, RAMS Engineers, and Project Engineering during tender, development, commissioning, and fleet support
• Drive product evolution through obsolescence management, second-source development, cost reduction, and RoE implementation
• Coordinate with suppliers and internal stakeholders to mitigate technical risks and secure quality, cost, and delivery commitments

• Significant experience in process engineering, gas management systems, hydrogen technologies, or related engineering disciplines
• Proven expertise in component development, supplier management, technical specification, qualification, validation, and product lifecycle management
• Strong understanding of hydrogen and air management equipment (valves, regulators, compressors, gas recirculation devices, instrumentation, piping) and related safety considerations
• Experience leading technical discussions with suppliers and managing development activities in multidisciplinary environments
• Strong analytical and problem-solving capabilities to evaluate trade-offs and drive robust engineering decisions
• Ability to manage multiple priorities, technical risks, and stakeholder interfaces in project-driven settings
• Strong communication and stakeholder management skills across System Engineering, Validation, RAMS, Procurement, Quality, and suppliers
• Experience in hydrogen, gas process, railway, automotive, energy, or industrial equipment applications is advantageous

• Strong communication
• Stakeholder management
• Multitasking and prioritization
• Hydrogen technologies
• Gas management systems
• Valves, regulators, compressors