Application Deadline: 02/08/2026

Department: Science & Integration Department

Division / Program: Central Integration Division

Section / Project:

Job Grade: P4/P5 ( SALARY SIMULATOR )

Language Requirements: Fluent in English (written & spoken)

Contract Duration: Initial Employment Contract up to five years with possibility for extension

• Leading the Section and driving the activities.
• Establishing and maintaining processes, procedures and tools/systems required for the systems lifecycle control, configuration management, documents & records, items identification/control and quality control.
• Providing leadership by organizing, coordinating, and controlling all activities related to section deliverables.
• Solve high-level technical, integration, systems engineering and quality control issues, mitigating risks for the ITER Project milestones by anticipation of problems throughout the implementation of design control.

• • Provides inclusive and effective leadership for the Section ensuring team members’ activities are monitored and well-coordinated, and staff motivated and constantly developing their skills and experience.
  • Establishes and maintains processes, procedures and tools/systems required for the systems lifecycle control, configuration management, documents & records, items identification and control and quality control.
  • Coordinates, at the project level, the assessment of the design status, the implementation of the design control, which include design plan preparation, design input control, design verification, design issue/change control and design interface control.
  • Lead the functional and physical integration of ITER systems on the basis of a sound and technically competent understanding of a fusion plant, from the establishment of project, systems and interface requirements to their validation during commissioning and operation.
  • Develops and maintains the configuration 3D model of the ITER machine and plant, integrating the needed As-built information.
  • Defines and implements methodologies for engineering analyses (structural, seismic, fluid dynamics, electromagnetics, etc.) and structural verification criteria.
  • Manages and coordinates activities related to structural & seismic analysis, electromagnetic & fluid dynamic analysis, safety analysis & evaluation, and load specifications.
  • Manages and coordinates activities related to nuclear codes & standards, and material database throughout the ITER project.
  • Monitors activities related to plant and system simulations.
  • Participate in the development of engineering design solutions when needed.
  • Defines the business needs for the development and maintenance of IT tools allowing to integrate engineering data, documents and models and for establishing the IO engineering data management systems at the project level for design, construction, commissioning and operation phases.
  
  

• • Explores the use of AI tools and methods to increase the efficiency and quality of tasks.
  • Coordinates and implements Quality Assurance (QA) and Quality Control (QC) requirements for procured items and engineering services requested mainly by the Engineering Domain.
  • Coordinates and controls the appropriate propagation of technical and safety requirements and the implementation of transverse functions.
  • In case of delays, defines and implements necessary optimizations, recovery, mitigation, or acceleration actions, develops timely, pragmatic solutions in case of emerging issues.
  • Builds and maintains effective relationship with Domestic Agencies and internal and major external stakeholders for the matter of their competence.
  
  

• Significant experience in performing design and/or construction and/or commissioning and/or operation engineering tasks within a large complex project for at least one of the following areas:

• • Systems Engineering: Defining, implementing, and managing an end-to-end system and its integration, and ensuring the system meets specified requirements throughout its lifecycle.
  • Requirements Management: Management of requirements in terms of design and proof of compliance, guiding and/or implementing the development of System Requirement Documents (SRDs) and their maintenance in a database system.
  • Configuration Management: Managing the ITER configuration baselines, including configuration identification planning, identification, control, status accounting and verifications and audits.
  • Engineering Analysis: Knowledge of seismic analysis, electromagnetic analysis, structural analysis, thermal-hydraulic analysis and related computer code.

• Exposure to requirements and configuration management.
• Experience in engineering analysis of complex systems.
• Technical knowledge of the main components of a Tokamak and fusion principles, including knowledge of nuclear safety and regulatory requirements.
• Project management: Ability to define reporting and control requirements and methodology, analyze and conclude on overall project status, define and decide actions for recovery.
• Familiarity with AI tools/methods to improve efficiency.
• Familiarity with engineering analysis software such as ANSYS (mechanical, Fluent, Maxwell), OpenFOAM, EcosimPro, MCNP, etc.
• Familiarity with software/programming languages such as C++, Python, MATLAB.
• Organizational Savvy: maneuvering comfortably through complex policy, process, and people related organizational dynamics in a culturally diverse (international) environment;
• Optimizes Work Processes: knowing or identifying the most effective and efficient processes to get things done, with a focus on continuous improvement.

• Masters’ degree or equivalent in engineering or other relevant discipline.

The required education degree(s) may be substituted by extensive professional experience involving similar work responsibilities and/or additional training certificates in relevant domains.

The following items apply to all jobs and job holders for the duration of tenure at ITER Organization:

• The CARE Values are a framework of principles that guide our actions and define the culture and spirit of the ITER Project:

Collaboration: We collaborate with commitment and flexibility using the power of teamwork, building partnerships, and working with others to reach shared objectives;

Accountability: We are accountable for the whole project - we take responsibility for our specific actions and are transparent in our daily work, holding self (ourselves) and others accountable to meet commitments;

Respect: We treat each other with respect and dignity at all times, knowing that all of us belong here. We appreciate the value that our multicultural and diverse community brings to the ITER Project;

Excellence: We are driven by excellence; we are agile and innovative while maintaining the highest standards of safety, quality and integrity;

• ITER Core Technical Competencies:

1) Nuclear Safety, Environment, Radioprotection and Pressured Equipment

2) Occupational Health, Safety & Security

3) Quality Control & Quality Assurance Processes

• Knowledge of these competencies may be acquired through on-board training at basic understanding level for all ITER staff members;
• Implements the technical control of the Protection Important Activities, as well as their propagation to the entire supply chain;
• May be requested to perform other duties in support of the project as defined by your line manager, and when relevant upon the request of the matrix manager;
• May be requested to work outside the ITER Organization reference working hours, including nights, weekends and public holidays, due to business needs - this may include on-call, shift work, etc.
• May be requested to be part of any of the project/construction teams and to perform other duties in support of the project;
• For staff expected to perform on-call, shift hours, or other work outside ITER Organization reference working hours, including nights, weekends, and public holidays, the possession of a driving license valid in France is required. no commuting vehicle will be provided by the ITER Organization.
• Informs management of any important and urgent issues that cannot be handled by line or matrix management and that may jeopardize the achievement of the Project’s objectives;