Chief AMR Systems Architect, Primary Core

Eurelite (Beijing) Technology Co., Ltd; Paris; Sur place; EUR 120 000 - 180 000; Plein temps

Avantages offerts par ce poste

Global nuclear expertise

Generation IV technology

International engineering teams

AI-driven nuclear innovation

Résumé du poste

EURELITE is seeking a senior Chief Systems Engineer to lead the architecture, integration, and technical governance of the primary reactor system for its AMR program. The role involves ensuring cross-disciplinary coordination across reactor physics, thermal-hydraulics, I&C, and safety analysis, and acting as the technical authority for the primary system.

The successful candidate will influence design philosophy and commercialization pathways of an advanced nuclear energy platform, with

Qualifications

• Masters degree or higher in mechanical, nuclear, process equipment or energy engineering fields.
• Experience with equipment engineering and mechanical systems development.
• Understanding of the full engineering delivery lifecycle from design through manufacturing and commissioning.

Responsabilités

• Lead architecture, integration, and governance of the primary reactor system.
• Coordinate with suppliers and review technical proposals and drawings.
• Oversee FAT, SAT, and QA/QC documentation and acceptance activities.
• Support installation, commissioning and lifecycle data collection for optimization.

Connaissances

Nuclear power knowledge

Mechanical equipment design

Engineering documentation review

Quality management understanding

Formation

Masters degree or higher in Mechanical/Nuclear/Process Equipment/Energy Engineering

Outils

FAT/SAT processes

Description du poste

EURELITE is seeking a senior Chief Systems Engineer to lead the architecture, integration, and technical governance of the primary reactor system for its AMR program. The role involves ensuring cross-disciplinary coordination across reactor physics, thermal-hydraulics, I&C, and safety analysis, and acting as the technical authority for the primary system.

The successful candidate will influence design philosophy and commercialization pathways of an advanced nuclear energy platform, with