HVAC SYSTEMS ENGINEER

SECTEUR

LIEU

The HVAC System Engineer will be responsible for design, review and integration of system(s) into the overall nuclear power plant by interacting with stakeholders such as engineering disciplines, manufacturers, or clients, by coordinating delivery related to the system(s) and by ensuring quality and compliance.

Some of the main responsibilities of the HVAC System Engineer will include:

• Assisting the team lead/discipline pilot in the technical coordination, production, and monitoring of layout engineering studies for one or more buildings on:
• HVAC equipment
• HVAC ducting and other related items such as supports
• Overall integration of HVAC design into the dedicated buildings
• Proposal of technical solutions to improve design maturity
• Monitoring and resolution of design Open Points and design non-conformances in the specific discipline
• Reception of input data for the layout engineering of the building (Process & Instrumentation Diagrams, equipment data, etc.), analysis and verification of technical consistency
• Production and review of related technical documents (Layout Release Reports, design changes, design packages…)
• Review and assessment of deliverables produced by electrical execution designers such as drawings or 3D design packages
• Support and follow up of execution design activities undertaken by design team

Alongside a commitment to our values of Care & Compassion, Performance, Team Spirit, and Inclusiveness, we are looking for individuals who can bring the following:

• Master’s degree in mechanical or process engineering or similar
• In the absence of a master’s degree in mechanical or process engineering, significant qualifications in an HVAC Engineering field with necessary relevant and proven work experience
• Chartership status through a recognised international body.
• Good knowledge and understanding of general layout rules for an industrial project.
• Knowledge of the general operation of a nuclear power station and the associated safety aspects.
• Good knowledge of PDMS (or any 3D design software), AutoCAD 2D and Navisworks software.
• Knowledge of EPR Systems and Processes
• Experience with modification processes and technical specifications