The 3rd Hydrogen Summer School is addressed to undergraduate and postgraduate students, PhD candidates, researchers and graduates in science and technology departments (University and Technological Education), as well as to professionals in the energy sector, technical staff and business executives interested in specializing in the field of hydrogen, both nationally and internationally.
The 3rd Hydrogen Summer School aims to reskill and upskill both students and the workforce internationally in the field of hydrogen. Specifically, the programme aims to provide a comprehensive understanding of hydrogen technologies, covering the entire hydrogen value chain, from production and storage to use and safety. Through the summer school, participants will deepen their understanding of hydrogen technologies and applications, expand their collaborative relationships with scientists and industry professionals, and promote innovative and sustainable solutions, accelerating the development of the hydrogen economy. The programme includes modules covering the production, storage, transport and end-use of hydrogen, as well as safety and economic issues surrounding its production and utilisation.
The 3rd Hydrogen Summer School is expected to deepen participants’ knowledge and skills in the field of hydrogen, promoting their understanding and ability to exploit hydrogen technologies in the modern energy transition. At the same time, it aims to foster collaboration between students, researchers and professionals from different sectors, creating a framework for the exchange of knowledge and ideas. Through the programme, it is expected to foster the promotion of innovative hydrogen applications, accelerate the adoption of green energy and lay the foundations for a sustainable and environmentally friendly energy economy.
i) Description of the target group (description of the characteristics of the target group):
The target group of the program includes undergraduate and postgraduate students, PhD candidates, researchers and graduates of science and technology departments (University & Technological Education) at international level, as well as professionals in the energy sector, technical staff and business executives interested in specializing in the field of hydrogen.
ii) Eligibility Criteria:
The minimum eligibility criteria for trainees concern the successful completion of compulsory secondary education, as well as relevance to the subject.
iii) Required knowledge-qualifications-supplies of the trainees (e.g, internet access, computer skills):
Regarding the required knowledge-qualifications-supplies of the trainees are the following:
Certificate of Attendance with ECVET points
Test
The module aims to understand the role of hydrogen in the energy transition and to analyze the key technological, environmental and economic parameters affecting the development of the hydrogen economy, in the context of national and international strategies. The module seeks to offer a comprehensive view of the role of hydrogen in the economy and to base the knowledge on which the next, more specialised modules will be based. The theoretical approach is enriched with an educational visit to the Laboratory of Alternative Fuels and Environmental Catalysis (LAFEC) of the Department of Chemical Engineering of the University of Western Macedonia, offering participants direct contact with the research activity and enhancing the interactivity of the educational program.
The module aims to present the key technologies related to the production, storage and transport of hydrogen, with the aim of understanding the technical requirements, environmental parameters and challenges associated with the development of the relevant infrastructure. In this context, it is planned to organise a study visit to the premises of the company HORIZON S.A.: Renewable Energy Sources, in Agistro, Serres, which includes a range of different renewable energy sources as well as energy storage technologies, in collaboration with the European project i-STENTORE and with the support of the Centre for Research & Technology Hellas (CERTH).
The purpose of the module is to introduce participants to electrolysis and fuel cell technologies. The module aims for the understanding of the fundamental principles, types of technologies, technical advantages and limitations, as well as application prospects in various systems. More specifically, efficiency issues, technical requirements, industrial applications and development prospects will be presented. The module aims to enhance critical thinking and technical perception about contemporary challenges and technological innovations in the sector.
The module focuses on presenting the modern applications of hydrogen in critical sectors of the economy, such as transport and industry, highlighting its role as a catalyst for innovation and green transition. At the same time, the strategies that shape the development of the hydrogen sector at national and international level are examined. Within the framework of the module, the demonstration of a hydrogen-powered vehicle is also planned, offering to participants an experience of the application of technology and enhancing the connection between theory and practice.
The module includes the organization of the Hydrogen Challenge, an interactive workshop that aims at the active participation of students, researchers and professionals through the practical addressing of challenges posed from companies active in the hydrogen sector. Through collaborative working methods and exchange of ideas, participants are invited to apply the knowledge they have acquired, propose solutions and connect with the world of research and industry.