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Application deadline: 05/03/2023
Domain: Construction Domain
Department: Plant Construction Department
Division: Mechanical Implementation Division
Section: Tokamak Cooling Water System Section
Group: TCWS Delivery
Job Family: Construction
Job Role: Engineer – 3
Job Grade: P3
Language requirements: Fluent in English (written & spoken)
Contract duration: up to 3 years
Specific note: The employment contract is valid until December 2025, while it will be subject to the contract renewal process according to the staff regulations.
Purpose
As a Mechanical Design Engineer, you will coordinate between the structural/mechanical engineers and the CAD draftsman to make sure that the TCWS design is compliant with both mechanical and layout requirements.
Background
The ITER Tokamak Cooling Water System (TCWS) has three separate primary heat transport systems supported by three additional systems, with a requirement to remove approximately 1,000 Megawatt of heat. These systems perform safety functions for confinement of radioactive material, confinement of high energy liquid, and decay heat removal which is generally lower in magnitude (less radioactive material, pressure, and decay heat) but of similar function to commercial fission reactors. The systems have 33 km of nuclear-grade piping, which is a comparable size to a commercial fission reactor water system. The main objective of this position is to make sure that the construction design of the TCWS is done timely for construction/installation needs.
Key Duties, Scope, and Level of Accountability
Coordinates between the mechanical engineers and the CAD draftsman in the TCWS section to make sure that the TCWS design respects the mechanical requirements and it is compatible with layout constraints; Ensures the design of components/pipes/supports is compatible with access, in-service inspection and maintenance requirements; Guides CAD draftsman so that when drafting components/piping/supports layout, such layout is mechanically sound and would not need major rework to pass mechanical qualification; Propose changes and solutions for layout that minimize the impacts on the mechanical qualification of piping/components/supports; Performs and reviews detailed piping/supports/components/platforms stress analyses for the construction/installation of the TCWS; Assesses the constructability of the proposed design for the piping and the supports; Ensures that the proposed construction design respects all interfaces (notably the loads to the equipment nozzles and the embedded plates in the building), is optimized from layout standpoint by working in close collaboration with CAD draftsman and is compliant with the applicable codes (ASME B31.3, ASME VIII, etc.) and regulations (Pressure Equipment Directive and Nuclear Pressure Equipment Directive); Is responsible for issuing documentation needed for the Engineering Work Packages: Bill of Materials (BoMs), isometrics, support drawings, etc.; May be required to work outside ITER Organization reference working hours, including nights, week-ends and public holidays.
Measure of Effectiveness
Ensures the TCWS design is compliant with mechanical and layout requirements by proactively anticipating and resolving associated issues promptly; Issues and verifies analyses, stress reports, EWPs and drawings for piping, supports, steel frames, etc. in a timely manner as per the project schedule; Delivers documents on time with clear and concise data, including technical specifications and progress reports; Completes work within defined timelines and contractual agreements; Identifies practical, cost-effective, manageable and efficient solutions to issues within constraints; Works effectively in teams, communicating well with all stakeholders and contributes to the overall success of the ITER project; Performs work within safety and quality parameters.
Experience & Profile
Professional Experience:This vacancy is archived.