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National Master of Engineering Degree
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Summary
Students taking this program will learn the scientific and technical skills necessary for the operation of nuclear energy production systems. It provides a global view of the full energy conversion chain and expertise in the required complex modeling and simulation.
Objectives
Engineers graduating from this program are able to:
- Manage the operation of nuclear energy production systems over the full range of management levels
- Audit, maintain and improve critical nuclear equipment
- Manage research, development and innovation in the field of nuclear energy
- Design components for nuclear steam-supply systems and for related energy conversion devices.
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Training partners
Labs
- SIMAP,
- LEGI,
- G2Elab,
- LPSC,
- IN2P3,
- CEA (DEN, DSM) ILL,
- CERN,
- ESRF
Associated companies
The major companies in the nuclear power industry and the nuclear safety authorities associated with the course are EDF, Cogema, Areva, Technicatome, IRSN and Andra.
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- Who should apply? : Bac + 2, Bac + 3, Bac + 4
- Location : GRENOBLE Scientific Polygon
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Available as :
- Standard taught course
- Lifelong learning
Entry requirements
- To be admitted into Year 1 (at two years of post-secondary study), students must have completed two years of preparatory courses (science-track or Institute of Technology common preparatory program) or have earned an undergraduate degree from a university (in France, mainly DUT or L2).
- Admission based on qualifications to the 2nd year (France and abroad)
- Exchange students
Apply now
Visit the Admissions section of the school’s website (french version)
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- Course duration : 3 years (6 semesters)
- Internships abroad : An internship in France or another country is required.
Program
1st year
Year 1 core curriculum
2nd year
3rd year
2nd Specialization year of the Nuclear Energy Engineering Specialty / Semester 9The semester of the second year of the Specialization under the Engineering of Nuclear Power speciality consists of a common Management and Business Studies module and 3 modules of further scientific specialization dealing with the disciplines introduced in the first year of the Specialization. The common module deals with business law, negotiation, team management and interpersonal skills, marketing, human factors and crisis management. The further specialization modules deal with advanced thermal hydraulics, operations and reliability, materials and the environment and reactor systems. Collectively, these modules correspond to around 400 hours of teaching (30 ECTS credits).
Elective semester
Semester 9 can be completed in one of two cross-disciplinary programs that concern all majors:
Semester 10
The final semester of the Ense3 course is exclusively dedicated to the End of Studies Project. This occurs from February to June, either overseas or in France, in a research laboratory or in industry. This allows students to use the methods and knowledge they have acquired in a professional environment. They will experience engineering working methods, learn how to manage a project and develop their autonomy and initiative.
The End of Studies Project also develops their sense of responsibility by submitting them to a demand for results within a pre-determined time frame. The student engineer is required to produce a report and take a viva on their project.
Board of examiners
Each semester is worth 30 ECTS credits, spread out over the different courses completed. Students must obtain a grade of at least 10/20 in each course to obtain the credits.
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- Language of instruction : French
- Erasmus areas : Nuclear and high-energy physics, Mechanical engineering
- Internship abroad : Yes
International exchange
Students in this major benefit from many agreements between Grenoble Institute of Technology and partners around the globe in the form of exchange programs, dual-degree programs, internships, and more.
Visit the International section of the school’s website
Information on available scolarships
Are you a foreign student with a Master level qualification wanting to study at one of the six engineering Schools of the Grenoble Institute of Technology? You can find all the funding schemes available for you course in Grenoble on
our website at Grenoble INP.
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- Graduation year : Bac + 5
- Graduation level : Level 7
Expected learning outcomes
Engineers graduating from this program are able to:
- Manage the operation of nuclear energy production systems over the full range of management levels
- Audit, maintain and improve critical nuclear equipment
- Manage research, development and innovation in the field of nuclear energy
- Design components for nuclear steam-supply systems and for related energy conversion devices.
Further learning opportunities
Education through research
Year 3 students planning to go on to a PhD program can earn a dual degree with another Master’s program relevant to their first major within the Grenoble University system.
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