May 20, 2024 – Hebrew University is launching a new master’s program focused on green energy technology, aimed at training future research leaders and fostering innovation in renewable energy. This initiative is expected to significantly advance Israel’s green energy sector, contribute to global efforts against climate change, and pave the way for a sustainable future.
In response to the critical global challenge of climate change, Hebrew University is launching a master’s degree program in the next academic year (2025) dedicated to developing new technologies for non-polluting energy sources. This unique curriculum aims to equip research students with the skills and knowledge needed to drive advancements in green energy.
The climate crisis is a pressing issue worldwide, and Israel is no exception. The discourse on renewable energy development and utilization is gaining significant momentum in the country. By 2030, Israel aims for 30% of its energy production to come from renewable sources. In 2022, the government allocated 100 million NIS to support green energy projects, and in 2023, about 12.5% of national electricity consumption was derived from renewable sources.
The new master’s program at Hebrew University will address various aspects of green energy, including the development of eco-friendly materials, understanding application mechanisms, creating green energy production devices, and tackling challenges in energy storage and management. This comprehensive approach will be complemented by direct collaboration with local and global industries.
Prof. Lioz Etgar, Head of the Chemistry Studies, stated: “Our goal is to train the next generation of research leaders in the renewable energy industry. We will leverage the expertise of our distinguished faculty members, who are renowned experts in fields such as chemistry, materials science, nanotechnology, engineering, physics, biology, agriculture, economics, and social sciences. Through our collective knowledge and unique expertise, we aim to foster groundbreaking research and development in Israel and beyond.”
The Hebrew University anticipates that training researchers in these critical areas will spur the growth of the green energy sector in Israel, leading to the creation of innovative start-ups and significant technological breakthroughs. Expected advancements include enhanced solar energy production, new approaches to solar fuels, the development of green hydrogen, and innovative energy storage solutions. These developments will contribute to mitigating global warming and ensuring a greener, more sustainable future for generations to come.