"Taking the Green Hydrogen eCourse was a transformative experience for me! The content was clear, engaging, and incredibly insightful, providing me with a deep understanding of green hydrogen and its critical role in the transition to sustainable energy. From the fundamentals of hydrogen production to the latest innovations and future prospects, this course covered it all. The real-world applications and case studies made the concepts come to life, and the quizzes helped reinforce my learning. I now feel confident in my knowledge and inspired to contribute to the green hydrogen revolution. Highly recommend it to anyone interested in the future of clean energy!"
Andrea
Research Scientist
What you will learn?
About the course
The Green Hydrogen eCourse provides an in-depth exploration of green hydrogen, a sustainable and environmentally friendly energy source produced through the electrolysis of water using renewable energy. The course begins with an introduction to hydrogen, its properties, and the different types of hydrogen production, including gray, blue, and green hydrogen, highlighting the minimal greenhouse gas emissions associated with green hydrogen. It covers the electrolysis process, detailing how renewable energy sources such as wind and solar power are used to split water into hydrogen and oxygen. Various electrolysis technologies, such as Proton Exchange Membrane (PEM), alkaline, and Solid Oxide Electrolysis Cell (SOEC), are examined for their advantages and challenges. The course delves into the industrial applications of green hydrogen, including steel production and ammonia synthesis, and its role in the transportation sector through hydrogen fuel cells for vehicles. The environmental benefits, such as reducing greenhouse gas emissions and supporting climate goals, are emphasized, along with the economic opportunities of job creation and investment in green hydrogen infrastructure. Challenges in the adoption of green hydrogen, including high production costs and regulatory barriers, are discussed, along with future prospects and innovations aimed at improving efficiency and reducing costs. The course concludes with a summary of key concepts, a quiz and assessment to test understanding, and resources for further learning and engagement. Overall, the eCourse equips learners with a comprehensive understanding of green hydrogen and its critical role in the transition to a sustainable energy future.
About the teacher
Natasa Kablar
Ph.D.
Dr. Kablar is a distinguished Mechanical Engineer who graduated from the University of Belgrade in 1994. With a passion for advanced studies, Dr. Kablar pursued two master's degrees: the first from the University of Belgrade in 1998, and the second from the Georgia Institute of Technology in 2001. Furthering their academic journey, Dr. Kablar earned a PhD from the University of Belgrade in 2007.
With over twenty years of experience as a researcher and scientist, Dr. Kablar has made significant contributions to the fields of control systems theory and systems biology. Their dedication to academic excellence is evident from their extensive publication record, with over 120 published papers. In addition to their research endeavors, Dr. Kablar has been committed to teaching, sharing their expertise in mathematical subjects at the Faculty of Computer Science in Belgrade, Serbia.
Dr. Kablar 's work continues to inspire and influence both academia and industry, solidifying their reputation as a leading expert in their field.
