Advanced Technician Degree Programmes – Operations in Nuclear Environments

Initial training in apprenticeship
Initial training in professionalization contract
Full time program
Continuing Education
Validation of job experience

Program description

Graduates from the advanced technician degree program in “Operations in nuclear environments” participate in the day-to-day activities of nuclear facilities to ensure their proper operation and maintenance from their commissioning to their operation, and dismantling in the following areas:
  • maintenance (mechanical, valves, electricity, etc.) under normal conditions and in controlled zone,
  • logistics,
  • radiological cleanliness,
  • removal and management of nuclear waste,
  • storage and final disposal of nuclear waste,
  • dismantling of all or part of workshops or equipment
They have a strong safety culture and always have human and organizational performance in mind in order to best carry out their tasks in the above-mentioned areas. Upon graduation, young professionals have sufficient knowledge to supervise the proper development of maintenance, renovation, waste removal and management works and to participate in upstream studies for certain activities related to the life or renovation of nuclear facilities. They are eligible for jobs with nuclear engineering, research, or utility companies, with any company using radioactive sources, as well as with suppliers and service providers. After some experience, they can be assigned to teams in charge of operational studies or technical purchase advisory teams in the frame of calls for tender. They can also become site managers or account managers in various fields, such as radiation protection, mechanics, waste, fuels, etc. After graduation, students may also chose to pursue a vocational Bachelor's degree or an engineering degree.

Learning outcomes

After graduating from the advanced technician degree program in “Operations in nuclear environments”, young professionals are able to:
  • analyze work tasks and assess the potential risks they cause;
  • plan and supervise work progress;
  • monitor work, conventional and radiological risks;
  • carry out activities under radiological conditions;
  • communicate, inform, and report.


  • Radiation protection technician
  • Logistics/waste technician
  • Maintenance technician
  • Valve mechanic
  • Planner

— 1st year

Subject Schedule
General technical disciplines relevant to nuclear power 214h/year
Radiation protection (rules, regulations, implementation) 120h/year
Quality, certification 104h/year
Nuclear safety 30h/year
Nuclear physics & radiation-matter interaction 30h/year
Operation & maintenance of nuclear facilities 24h/year
Measurement & instrumentation, control systems, accelerators 20h/year
The Cycle: from mining to waste disposal, thermal and fast reactors 16h/year
Waste management & conditioning 16h/year
Occupational health & safety 12h/year

— 2nd year

Subject Schedule
General technical disciplines relevant to nuclear power 180h/year
Dismantling & deconstruction (reactors, facilities) 102h/year
Radiation protection (rules, regulations, implementation) 52h/year
Waste management & conditioning 24h/year
Nuclear safety 21h/year
Quality, certification 18h/year
Management of facilities (HR, budget) 16h/year
Project management, cost & schedule 16h/year
Occupational health & safety 12h/year
Operation & maintenance of nuclear facilities 12h/year