In this module, Anke Hagen from DTU Energy introduces you to the what, why and how of hydrogen, preparing you for diving deeper into the core technologies of green hydrogen production in the following modules.

In this module you will do a self-study on the status of green hydrogen production by reading an annual report on hydrogen and exploring hydrogen projects in your region.

In this module Anastasiia Konovalova from DTU Energy introduces key theoretical aspects of electrochemistry needed to understand and discuss hydrogen production via electrolysis.

In this module, Anke Hagen from DTU Energy introduces you to the most used types of electrolysis, the materials of cells and stacks, and selected commercial applications.

In this module, Anke Hagen from DTU Energy introduces you to the basics of fuel cells: materials, function, and applications.

In this module you are invited into the laboratories at DTU Energy where electrolysis cells and fuel cells are made and developed.

In this module, Arash Nemati from DTU Energy introduces you to modelling at cell and stack level, and Rafael Nogueira Nakashima from DTU Energy introduces you to modelling at system level for electrolysis and fuel cell technologies.

In this module you will learn about the basics about the concept of "balance-of-plant" (BoP) of hydrogen systems - an important concept to know when developing hydrogen projects.

In this module, Michael Bruhn Barfod from DTU Management presents a case on techno-economic assessment of a hydrogen project in the maritime sector.

In this module we will wrap up the course and give you inspiration to learning more about hydrogen.