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Senior Fuel Channel Engineer, Analysis
- Emplacement Toronto
- Type d’emploi Emploi permanent
- Salaire $128k - 159k per year
- Discipline Nucléaire
- Références JOB-27902
Location: Toronto
Job Type: Full-Time Permanent
Salary: $128,000 - $159,000
Vacancies: 2
Responsibilities:
- As a member of our Reactor & Major Components - Analysis team, you will:
- Lead a team to complete the design analysis of CANDU reactor components, systems and structures including Mechanical equipment.
- Engineering calculations to support design nuclear pressure boundary components.
- Preparation of formal technical reports.
- Review of design documents, calculations, and analysis reports.
- Prepare engineering budgets and support proposal preparation.
- Execute engineering activities within budget and schedule.
- Provide accurate reporting of engineering work to technical and project managers.
- Provide prompt response and engineering resolutions on any critical engineering related matters.
- Perform engineering work following AtkinsRéalis/Candu Energy Quality Assurance programs, and applicable codes, standards, and regulation requirements.
- Coordinate and interface with client, suppliers, stakeholders and other design disciplines or department to execute assigned engineering work.
Qualifications:
- A Bachelor’s or Graduate degree in Mechanical Engineering (or equivalent) from a university of recognized standing.
- Licensed as a Professional Engineer in the Province of Ontario.
- At least 5 – 10 years of related work experience in the field of design and analysis of complex mechanical systems or equipment (Working knowledge of the CANDU design, and fuel channel and Calandria Vessel design is preferred)
- Ability to work as part of a multi-disciplinary team.
- Ability to work independently and demonstrate problem-solving skills.
- Strong written and oral communication skills.
- Experienced in the interpretation of GD&T.
- Drive for continuous learning by own initiative.
- Experience in classical stress calculation.
- Experience in finite element analysis using ANSYS/LS-DYNA/ABAQUS.
- Familiarity with ASME Section III pressure boundary design and CSA N285.0.
- Good time management skills.