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The MSc Nuclear Engineering is managed by Subatech, an entity of ITM Atlantique. The program benefits from a wide network of industrial and academic partners, offering numerous job opportunities. Many of our former students have been recruited by the French nuclear industry. The pedagogical objective is to develop the fundamental scientific, technical and industrial knowledge needed to start a career in nuclear engineering.
The first year of the program (M1) covers a wide range of fundamental topics. Students will explore the physics of ionizing radiation, including its detection and industrial applications. They will receive an introduction to nuclear modeling and neutron physics, as well as to the essential principles of radiation protection. The program includes environmental physical chemistry, providing a solid foundation for environmental management. Students will also be introduced to nuclear technology and engage in measurement techniques and data analysis. The year concludes with courses on the energy mix and energy transition, environmental management, and sustainability strategies.
In the second year (M2), students can choose from three specializations:
- Advanced Nuclear Waste Management (ANWM)
- Nuclear Power Generation and Industrial Applications (NEPIA)
- Nuclear Medical Applications (NMA)
Advanced Nuclear Waste Management (ANWM)
The ANWM specialization focuses on nuclear waste management, with an emphasis on the end of the nuclear fuel cycle, long-term safety, environmental impact assessments, and the decommissioning of nuclear facilities. This master’s program equips engineers with scientific and technical expertise crucial to the nuclear waste management sector. Program highlights include:
- Comprehensive scientific knowledge essential to nuclear waste management and the ability to assess long-term safety and environmental impacts;
- Operational techniques and strategies for effective nuclear waste management ;
- Solutions adapted to different types of waste via industry-related projects;
- Opportunities to connect with many key international players in the field;
- Expertise in dismantling and dismantling nuclear facilities;
- Insights into societal considerations and public acceptance in nuclear waste management.
Students will study waste conditioning and storage, as well as the processes involved in the dismantling and decommissioning of nuclear facilities. Geological disposal methods will be explored to understand long-term storage solutions. Safety remains a central focus, along with the wider context of management, safety and society, to ensure that graduates master both the technical and societal aspects of nuclear waste management.
Specialty website here.
Nuclear Power Generation and Industrial Applications (NEPIA)
The NEPIA program specializes in nuclear science applications, including energy production (power reactors) and industrial applications (particle beam technology, instrumentation, etc.). Particular attention is paid to safety and radiation protection, to be taken into account when managing major projects in this field.
The Master’s program aims to :
- Acquire the basic knowledge needed to understand nuclear energy production (power reactors) and industrial applications, such as gas pedals and cyclotrons;
- Develop skills in reactor operation, maintenance and safety, including radiation protection;
- Develop skills in particle beam production and qualification;
- Develop skills in nuclear radiation applications: instrumentation, non-destructive testing, safety ;
- Raising awareness of societal considerations related to nuclear power generation;
- Take into account the social issues related to nuclear energy production.
The second year delves deeper into nuclear materials and offers insights into reactor operation and maintenance. The year also emphasizes management, safety, and societal considerations, ensuring that students are equipped with the skills and knowledge necessary for professional practice in the nuclear power sector.
Specialty website here.
Nuclear Medical Applications (NMA)
The NMA program covers various critical areas, including nuclear reactions and radiation, which form the basis for understanding nuclear processes. It also covers mathematical tools and computer simulations, essential for modeling and analyzing complex nuclear systems. Students learn about radiation protection and dosimetry to ensure safety and accurate measurement of radiation levels. The program includes medical imaging techniques, illustrating the application of nuclear technology in healthcare. In addition, management, safety and societal aspects are emphasized to equip students with the skills to address safety concerns and societal impacts associated with nuclear technology.
Specialty website here.
