BTU is starting to select the excellent candidates for the „EU for Energy Security and Renewable Energy“ Summer School!
Business and Technology University is starting to select the excellent candidates for the „EU for Energy Security and Renewable Energy“ Summer School!
The program is part of the prestigious Jean Monnet Module: EU-Energy-SSDP, designed to enhance your understanding of the European Union’s role in energy security and renewable energy and is designed for students, professionals, researchers, and anyone interested in gaining a comprehensive understanding of the European Union’s efforts towards energy security and the promotion of renewable energy sources.
Program Overview:
During this engaging summer school, participants will delve into the various aspects of energy security, exploring the European Union’s policies, strategies, and initiatives. Our esteemed faculty members, renowned experts in the field, will guide you through interactive lectures, workshops, and engaging discussions, fostering a collaborative learning environment.
Key Highlights:
1️ Comprehensive understanding of EU energy security and renewable energy policies.
2️ In-depth exploration of sustainable energy sources and their implications.
3️ Analysis of EU initiatives promoting renewable energy technologies and innovation.
4️ Insightful discussions on the future of energy security and the EU’s role.
5️ Networking opportunities with professionals and fellow participants from diverse backgrounds.
6️ Access to cutting-edge research and case studies in the field.
7️ Practical exercises and group projects to apply knowledge gained during the program.
Start Date: 21.07.2023
Duration: 26 hours
Location: Hybrid (online and at Business and Technology University, Tbilisi)
Registration Now Open:
To register for the EU for Energy Security and Renewable Energy Summer School, please complete the following form. Places are limited, so don’t miss this opportunity to enhance your understanding of the EU’s energy policies and contribute to the renewable energy transition.