Program Overview

Introduction to the Master's Program

The University of Bologna, in collaboration with ENEA, is launching a new Master's program in "Nuclear Energy Fundamentals and Applications." This program aims to provide students with comprehensive knowledge and skills in the field of nuclear energy, addressing the growing demand for qualified professionals in this sector.

Program Overview

The Master's program is designed to offer a multidisciplinary approach, combining theoretical foundations with practical applications and research activities. The curriculum includes:

• Solid research activities
• Direct application of advanced technologies and methods in the nuclear sector
• Access to laboratories at Casaccia and Brasimone for hands-on training with nuclear technologies

Collaborations and Partnerships

The program benefits from collaborations with prominent industrial partners, including:

• Ansaldo Nucleare
• Edison
• NIER Ingegneria
• SIET
• Newcleo
• SRS These partnerships provide students with opportunities for internships and offer a concrete understanding of the job market's needs and perspectives in the nuclear sector.

Program Structure

The Master's program is structured to include:

• Theoretical foundations
• Laboratory activities
• In-depth studies on the design, management, and safety of nuclear systems The multidisciplinary nature of the program enables participants to develop skills that are valuable in industrial, research, and managerial contexts, contributing to the formation of new professionals who will drive the revival of the nuclear sector in Italy and Europe.

Conclusion

The "Nuclear Energy Fundamentals and Applications" Master's program at the University of Bologna, in partnership with ENEA, represents a significant initiative in addressing the need for skilled professionals in the nuclear energy sector. With its comprehensive curriculum, research opportunities, and industrial collaborations, this program is poised to play a crucial role in shaping the future of nuclear energy.