Canadian Nuclear Laboratories is bringing together the finest minds to form a diverse, vibrant and dynamic workforce culture energized by the innovative capacity of students, new graduates and mid-career professionals, underpinned by senior world renowned experts. We hire numerous students each semester from colleges and universities to support our research and perform other assignments. If you are looking for interesting and challenging work this Summer then keep reading, and if you meet the requirements of this role, apply today.
Department: Thermalhydraulics & Safety Analysis
Number of Positions: 1
Duration: 8 months (beginning in May)
Discipline: University program in Mechanical, Nuclear, Mechatronics, Physics, Chemical or Industrial Engineering
Year of study: Open to students who have completed at least their 4th year of study or higher
Location: Chalk River, ON/Hybrid
NOTICE
Students must submit a resume, cover letter, and copy of an up-to-date transcript by the posting close date of January 7, 2024 to ensure consideration for student employment.
The employment period generally runs from the beginning of May to the end of December (for a 8 month work term).
Security clearance eligibility required: Reliability Status with Site Access Security Clearance (SASC), which has a minimum requirement of 3 years of verifiable history in Canada, Australia, New Zealand, United States and/or the United Kingdom. CNL implements security screening in accordance with the Treasury Board of Canada Secretariat \xe2\x80\x9cStandard on Security Screening\xe2\x80\x9d and the \xe2\x80\x9cPolicy on Government Security\xe2\x80\x9d.
ARIANT Development Student
The Thermalhydraulics & Safety Analysis Branch is responsible for the development and application of computer codes and analysis tools in support of design and safety analysis of current and advanced nuclear reactors. Capabilities in the areas of fluid dynamics, heat transfer, and multi-physics & multi-scale modelling and analysis (including sensitivity and uncertainty analyses) are applied to safety assessments and analysis for design-basis and beyond-design-basis accidents, and severe accident scenarios in nuclear reactors. The branch also develops advanced reactor concepts and technologies.
The ARIANT Development Student Intern will join our experienced code development team and help develop the Canadian in-house system thermalhydraulics code ARIANT. She/he will perform cutting-edge research to enhance nuclear safety for current reactor fleet and advanced nuclear reactors including small modular reactors (SMR).
What you will be doing:
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