Bachelor's Degree in Engineering Grenoble INP - Phelma, Bachelor in Nuclear Engineering

Overview

Bachelor

  • Degree awarded Bachelor
  • Graduation year Bac + 3
  • Graduation level Level 6
  • Location
    • GRENOBLE Scientific Polygon
  • Duration 1 year (2 semesters)
  • Available as
    • Initial education
    • Continuing education

Summary

The international Bachelor in Nuclear Engineering is a one year program designed for two types of students: those who have finished a three year Bachelor’s degree and want to acquire a specialization in nuclear engineering or those pursuing a four year degree and want to do their last year in a highly specialized environment dedicated to nuclear engineering. In either case, upon completion of the program, students will be granted a diploma from the Grenoble INP - Phelma Engineering school. The program is based on series of interdisciplinary and nuclear specific courses divided in three modules -nuclear sciences (interaction of radiation with matter, nuclear reactors, nuclear instrumentation etc.) engineering sciences (mathematics, thermodynamics, heat transfer etc.) and languages/sports and it prepares students to be able to perform competently in occupational areas such as reactor operations, health physics, quality assurance, instrumentation and control technology, as well as in related areas in the nuclear technology field.
 

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Objectives

Obtaining a diploma in Bachelor of Nuclear Engineering may be a first step towards a promising future career. The students will qualify (often after completing a Master of Science in Nuclear Engineering and, if need be, after obtaining a PhD degree) for an interesting, multidisciplinary profession with excellent job opportunities in industry, research and national authorities. Tasks that are on the agenda - like the safe and reliable operation of existing and new reactors, the development of novel reactor types, the sustainable supply of nuclear fuel, the closure of the fuel cycle, the disposal of radioactive waste without harm to the environment, and many others - represent scientific and technical challenges for motivated young engineers and researchers.

Specificities

  • All courses are given in English in an international environment
  • Courses are strongly oriented to problem solving and team work
  • All professors are active researchers at the LPSC or other laboratories
  • Students will have a high-level qualification, which enables them to enroll and successfully continue their studies in the Master programs

  • Training partners

    Laboratoires

    Laboratories

    There are many opportunities to perform research internships thanks to a very high density of academic laboratories in the Grenoble area, such as LPSC, SIMAP, LEPMI and others. Professors involved in the bachelor program are themselves active researchers and help students to find stimulating research projects. As an example, the group of nuclear structure at the LPSC laboratory is working on experimental and theoretical nuclear structure problems, the group of nuclear reactors of the same laboratory has an expertise in molten salt reactors, nuclear data, thorium, and accelerator driven systems. The SIMAP laboratory is involved in multiscale modelling of irradiation defects in materials and studies behavior of materials for fission reactors and ITER. The LEPMI laboratory focuses on problems related to fluid dynamics, corrosion...

Admission

  • Who should apply? Bac + 3, Bac + 4
  • Tuition fees 10 000 €
  • Available as :
    • Initial education
    • Continuing education

Entry requirements


The international Bachelor in Nuclear Engineering is a one year program designed for two types of students:

  • those who have finished a three year Bachelor’s degree and want to acquire a specialization in nuclear engineering
  • or those pursuing a four year degree and want to do their last year in a highly specialized environment dedicated to nuclear engineering.

Apply now

The Bachelor of Nuclear Engineering will start in September 2022 for the academic year 2022/2023.

 

>>> More information on the program

How to candidate? Application form

Contacts

Education contact

Email contact

Program

  • Course duration 1 year (2 semesters)
  • Internships Internships abroad

Program

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.

International

  • Language of instruction English
  • 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 Grenoble INP 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.

Prospects

  • Graduation year Bac + 3
  • Graduation level Level 6

Expected learning outcomes


Students will be able to perform competently in occupational areas such as reactor operations, health physics, quality assurance, instrumentation and control technology, as well as in related areas in the nuclear technology field.

Careers


Job opportunities in industry, research and national authorities.
Tasks that are on the agenda - like the safe and reliable operation of existing and new reactors, the development of novel reactor types, the sustainable supply of nuclear fuel, the closure of the fuel cycle, the disposal of radioactive waste without harm to the environment, and many others - represent scientific and technical challenges for motivated young engineers and researchers.

Further learning opportunities


With the Bachelor degree, it is possible to undertake a master degree everywhere in the world. At Grenoble INP-Phelma, registration to MaNuEn (Materials science for Nuclear Energy) master is possible.