The deployment of technologies for energy generation from renewable sources, such as solar and wind power, is one of the answers to climate change. However, the need to balance intermittent power availability and fluctuating energy demand requires storage solutions targeted at large-scale storage. Nowadays, there are several solutions for H2 storage, among which underground storage is considered the most promising option.
Whether it is hydrogen or CO2, the world needs subsurface experts to make underground storage a reality. This is where the Master offers unique opportunities to gain competences and meet the new job market demand.
In this framework, the Master's programme offers high-standard training in the Energy sector with the aim to provide students with specialistic skills, focusing on Natural Resources and Energy Transition, underground energy storage and CO2 storage.
The Master is addressed to 10 young international professionals who want to acquire more knowledge and skills in the energy sector with the purpose of the programme is to provide up to 10 young graduates with a sound technical and managerial knowledge so that they can specialize in the energy industry.
The teaching programme includes 6 months of classroom activities with academic and corporate teaching staff and 3 months of project work and it is organized as follows:
- courses: from November 2024 to April 2025
- project work period lasting 250 hours from April 2025 to June 2025.