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 from colleges and universities each semester to support our research and perform other assignments. If you are looking for exciting and challenging work this Winter, keep reading, and if you meet the requirements of this role, apply today!The Fuel Fabrication Science and Technology (FFS&T) section, part of the Advanced Fuels and Reactor Physics (AFRP) branch, plays a key role in advancing the future of nuclear reactor design. In this innovative environment, new fuel concepts are developed and tested, contributing directly to the evolution of the nuclear industry.
Leveraging the world-class infrastructure at CNLxe2x80x99s Chalk River Laboratories (CRL), the FFS&T section is at the forefront of fuel and fuel component development. We collaborate with on-site facilities and experts in fabrication, engineering, and analytical sciences to advance cutting-edge nuclear research and technology.
Currently, we are engaged in developing nuclear fuel solutions for CANDU reactors and exploring advanced fuel concepts for Small Modular Reactors (SMRs). Our work spans a variety of advanced manufacturing techniques, including Powder Metallurgy (PM), Spark Plasma Sintering, and Additive Manufacturing.This is a unique and rewarding opportunity for a motivated student to join a dynamic team and gain hands-on experience in a critical area of nuclear fuel research. As a Materials Science student, you will have the chance to grow your skills, contribute to groundbreaking research, and be mentored by experts in the field.Please submit a resume, cover letter, and copy of an up-to-date transcript by the posting close date of January 5th at 11:59 pm EST to ensure consideration for student employment. All students applying for student positions at CNL must be returning to full-time studies upon completion of their work term. Exceptions will be made for students who require a work term to graduate.Department: Advanced Fuels and Reactor Physics
Number of Positions: 1
Duration: 8 months (May-December)
Field of Study: Chemistry, Materials Science, Nanotechnology, Nuclear Engineering, Mechanical Engineering
Year of study: All yearsWhat you will be doing:
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