Process Engineer, Chemical

Job Posting Organization:
The ITER Organization (IO) is a pioneering international research and engineering project aimed at demonstrating the feasibility of nuclear fusion as a large-scale and carbon-free source of energy. Established with the goal of creating a sustainable energy future, the ITER project is a collaboration among 35 nations, including the European Union, the United States, China, India, Japan, South Korea, and Russia. The organization operates in a multi-cultural environment, emphasizing diversity, equity, and inclusion in its workforce. The ITER Organization is committed to fostering a workplace where all individuals, regardless of their background, are respected and valued. With a workforce that includes thousands of employees from various countries, the ITER Organization is dedicated to solving one of the most complex scientific and engineering challenges of our time, which is to harness the power of fusion energy. The organization believes that a diverse workforce is essential to achieving its mission and encourages applications from under-represented nations and women candidates. The ITER Organization also prioritizes the well-being of its employees and the health of the planet, guided by its CARE values: Collaboration, Accountability, Respect, and Excellence.

Job Overview:
The position of Process Engineer, Chemical within the Plant & Process Engineering Division (PPED) of the Engineering Services Department (ESD) at the ITER Organization offers an exciting opportunity to contribute to a groundbreaking fusion energy project. As a Process Engineer, you will be responsible for overseeing and ensuring the successful design, manufacturing, testing, installation, and commissioning of Tritium Plant sub-systems. Your role will involve supporting the delivery of comprehensive process plant solutions that meet defined requirements while adhering to relevant codes and standards. You will utilize engineering analysis to inform design decisions and produce high-quality engineering solutions throughout the lifecycle of the system. The position requires a systematic approach to work, ensuring that deliverables are produced on schedule and within budget, all while maintaining a quality-assured environment. As part of the PPED, you will collaborate with colleagues from diverse backgrounds, sharing and developing your expertise in process engineering, and contributing to the overall success of the ITER project.

Duties and Responsibilities:
As a Process Engineer, your primary responsibilities will include:

• Producing and monitoring designs for Tritium Plant sub-systems, including system design, component selection, analysis, and layout.
• Preparing and reviewing design solutions and technical specifications for Tritium Plant sub-systems equipment, ensuring compliance with requirements and guidance.
• Conducting functional analyses of Tritium Plant sub-systems to verify that designs fulfill the requirements for the entire plant lifecycle, including testing, commissioning, operation, maintenance, and decommissioning.
• Preparing and maintaining design documents and communicating them with relevant interfaces and technical units.
• Overseeing and reviewing the design, manufacturing, testing, installation, and commissioning activities of Tritium Plant sub-systems components and systems, including those performed by contractors.
• Identifying and managing interfaces related to Tritium Plant sub-systems with Responsible Officers and stakeholders of other systems.
• Supporting commissioning and plant performance testing/troubleshooting, including documentation preparation for testing and commissioning while considering client requirements and supplier availability.
• Applying relevant Quality Assurance (QA) and Quality Control (QC) requirements and standards for tools, components, and systems.
• Producing Process Flow Diagrams, Piping and Instrumentation Diagrams, Input to Layout Drawings, Specifications, Equipment Process Data Sheets, Instrument Process Data Sheets, Control Descriptions, and Cause and Effect Diagrams, and participating in HAZOPs. 1
• Performing other duties as required that align with the primary responsibilities outlined above.

Required Qualifications:
To be considered for the position of Process Engineer, Chemical, candidates must possess the following qualifications:

• Proven experience in supporting engineering design, integration, and installation of plant systems in nuclear or hazardous environments.
• Strong background in Process Engineering, Chemical, with the ability to apply chemical engineering principles to the specification, design, testing, installation, and maintenance of plant systems and interfaces in hazardous environments.
• Experience in the manufacturing, testing, qualification, and commissioning of plant systems in a nuclear environment.
• Proficiency in design engineering and analysis, including component design development for process and/or high category nuclear safety systems.
• Familiarity with project management and procurement within an engineering context, including writing technical specifications, planning, measuring project progress, managing risks and costs, and reporting on deliverables.
• Ability to produce technical requirements specifications, perform consistency checks, and manage technical documentation effectively.
• Strong analytical skills to manage complexity and solve problems by accurately defining issues before proposing solutions.
• A commitment to continuous improvement, proposing changes to enhance efficiency, quality, and productivity over time.
• Knowledge of Quality Management Systems (QMS) and the ability to apply relevant procedures in your field of activity.

Educational Background:
Candidates must hold a Master’s degree or equivalent in nuclear engineering, chemistry, chemical engineering, or a related discipline. In cases where candidates do not possess the required educational qualifications, extensive professional experience involving similar work responsibilities and/or additional training certificates in relevant domains may be considered as a substitute.

Experience:
The position requires proven experience in the field of engineering design, particularly in supporting the integration and installation of plant systems within nuclear or hazardous environments. Candidates should have a solid background in process engineering, specifically in applying chemical engineering principles to various aspects of plant systems, including their specification, design, testing, installation, and maintenance. Experience in project management and procurement within an engineering context is also essential, as is familiarity with the manufacturing, testing, qualification, and commissioning of plant systems in a nuclear environment.

Languages:
Fluency in English, both written and spoken, is mandatory for this position. Proficiency in additional languages may be considered an asset, although English is the primary language of communication within the ITER Organization.

Additional Notes:
The initial employment contract for this position is up to five years, with the possibility for extension based on performance and project needs. The job grade for this position begins at P1, with the final grade offered to the selected candidate being subject to the decision of the ITER Organization's Director General. The ITER Organization is committed to providing a fair and equitable environment across all areas of the project, including compensation and benefits. Candidates should be aware that they may be required to work outside of standard working hours, including nights, weekends, and public holidays, depending on business needs. A valid driving license in France is required for staff expected to perform on-call or shift work.