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From theory to practice: why do an Eni Master’s?
We are looking for curious people, open to the new and with a passion for technology to build together the future of energy. Your journey to discover the world of energy starts at the University. Our higher education courses are designed to train Eni people of the future.
The Master's program is focused on fusion energy, a field in which Eni is a pioneer in developing solutions for magnetic confinement, while also providing a comprehensive view of advanced nuclear reactors, necessary for a full understanding of the sector. Over the course of twelve months, the program delves into the design, management, and maintenance of nuclear power plants, integrating engineering knowledge with innovations in reactor design, new technologies, advanced materials, and aspects of safety and regulation.
In partnership with the Politecnico di Torino, the Master’s aims to train young professionals in the energy sector, to equip them with skills that can be applied in business reality.
Participants, selected on the basis of Eni's recruitment needs, will be offered a Higher Level Training and Research Apprenticeship Contract, effective for the entire duration of the Master’s.
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Application and selection procedure and deadlines
The call for application has expired. Stay tuned on this page for the next edition.
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How to apply for the Master’s in Next-Gen Nuclear Power
Information
Read the call for applications and find out the requirements to apply for the Master
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Documentation
Fill in the Politecnico di Torino application form, following the instructions in the announcement, attaching all required documents
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Registration
Register on the Eni.com website for the open position with reference to the Master’s in Next-Gen Nuclear Power
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In the case of a successful outcome
In the weeks following the application deadline you will receive an e-mail with instructions on how to proceed
In the case of an unsuccessful outcome
We will not send any communication. This outcome does not preclude the possibility of applying for other Eni opportunities
Who it is aimed at?
The Master's class will be made up of 19 young graduates selected by Eni.
Candidates who meet the following requirements on the closing date of the call will be invited to take part in the selection:
- Having obtained, or are expected to obtain by no later than June 17, 2024, a Master's Degree with a grade of 100/110 or higher (or equivalent foreign qualification) in:
- Physics (LM 17)
- Aerospace and Astronautical Engineering (LM 20)
- Biomedical Engineering (LM 21)
- Chemical Engineering (LM 22)
- Automation Engineering (LM 25)
- Electrical Engineering (LM 28)
- Electronic Engineering (LM 29)
- Energy and Nuclear Engineering (LM 30)
- Computer Engineering (LM 32)
- Mechanical Engineering (LM 33).
Be under 29 years of age as of 12/31/2024.
- Have an excellent knowledge of the English language. For foreign candidates, a good knowledge of the Italian language will be considered a preferential requirement.
To learn more about the requirements, please consult the call for applications at the end of this page.
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The structure of the Master’s
The training programme takes a learning-by-doing approach, with a duration of 12 months divided into 8 months of lectures at the Politecnico di Torino and 4 months of project work with Eni and its Companies. Lessons are delivered entirely in English by university and company lecturers and are integrated with case studies, seminars by Eni managers and experts.
The course carries a total of 70 CFU. The table below shows the programme's teaching schedule and details.
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- Principles of thermal fluid dynamics
- Principles of structural mechanics
- Principles of electrical engineering
- Materials for nuclear power applications
- Safety of nuclear plants
- Radiation protection + Fuel cycle and radioactive waste management
- Principles of Nuclear Fusion and basic plasma physics
- Magnetic Confinement and Transport in Fusion Reactors
- Introduction to fusion reactor engineering
- Applied superconductivity
- Superconducting magnets
- Breeding blanket and Balance-of-Plant
- Power exhaust
- Power supply
- H&CD
- Remote handling
- Integration issues in a tokamak
- Principles of fission reactor physics and application to innovative reactor concepts
- Introduction to advanced and Gen-IV reactor designs
- Liquid-metal cooled fast reactor thermal-hydraulics
- Introduction to Small Modular Reactors (SMR)
500 hourse of project work with Eni and its Companies
Higher Education and Research Apprenticeship Contract
Selected participants will receive an offer of a Higher Education and Research Apprenticeship Contract, which will remain effective for the duration of the Master’s.
In addition, all participants will receive a stipend of €1,500 gross per month for the duration of the training (12 months).
The enrolment fee at the Politecnico di Torino is paid directly by Eni to the university.
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Completing the course
On completion of the course, participants will be awarded a Level 2 Master’s Degree in Next–Gen Nuclear Power by the Politecnico di Torino and will continue their career in the company.
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Who it is aimed at?
The Master's class will be made up of 19 young graduates selected by Eni.
Candidates who meet the following requirements on the closing date of the call will be invited to take part in the selection:
- Having obtained, or are expected to obtain by no later than June 17, 2024, a Master's Degree with a grade of 100/110 or higher (or equivalent foreign qualification) in:
- Physics (LM 17)
- Aerospace and Astronautical Engineering (LM 20)
- Biomedical Engineering (LM 21)
- Chemical Engineering (LM 22)
- Automation Engineering (LM 25)
- Electrical Engineering (LM 28)
- Electronic Engineering (LM 29)
- Energy and Nuclear Engineering (LM 30)
- Computer Engineering (LM 32)
- Mechanical Engineering (LM 33).
Be under 29 years of age as of 12/31/2024.
- Have an excellent knowledge of the English language. For foreign candidates, a good knowledge of the Italian language will be considered a preferential requirement.
To learn more about the requirements, please consult the call for applications at the end of this page.
Continue reading
Reduce
The structure of the Master’s
The training programme takes a learning-by-doing approach, with a duration of 12 months divided into 8 months of lectures at the Politecnico di Torino and 4 months of project work with Eni and its Companies. Lessons are delivered entirely in English by university and company lecturers and are integrated with case studies, seminars by Eni managers and experts.
The course carries a total of 70 CFU. The table below shows the programme's teaching schedule and details.
Continue reading
Reduce
- Principles of thermal fluid dynamics
- Principles of structural mechanics
- Principles of electrical engineering
- Materials for nuclear power applications
- Safety of nuclear plants
- Radiation protection + Fuel cycle and radioactive waste management
- Principles of Nuclear Fusion and basic plasma physics
- Magnetic Confinement and Transport in Fusion Reactors
- Introduction to fusion reactor engineering
- Applied superconductivity
- Superconducting magnets
- Breeding blanket and Balance-of-Plant
- Power exhaust
- Power supply
- H&CD
- Remote handling
- Integration issues in a tokamak
- Principles of fission reactor physics and application to innovative reactor concepts
- Introduction to advanced and Gen-IV reactor designs
- Liquid-metal cooled fast reactor thermal-hydraulics
- Introduction to Small Modular Reactors (SMR)
500 hourse of project work with Eni and its Companies
Higher Education and Research Apprenticeship Contract
Selected participants will receive an offer of a Higher Education and Research Apprenticeship Contract, which will remain effective for the duration of the Master’s.
In addition, all participants will receive a stipend of €1,500 gross per month for the duration of the training (12 months).
The enrolment fee at the Politecnico di Torino is paid directly by Eni to the university.
Continue reading
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Completing the course
On completion of the course, participants will be awarded a Level 2 Master’s Degree in Next–Gen Nuclear Power by the Politecnico di Torino and will continue their career in the company.
Continue reading
Reduce
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