Introduction & Course Basics
Basic Information on Learning & Course Completion
You have now learned what the course is about and what the learning objectives are.

This is a self-paced online course that allows you to work through multimedia content and activities at your own pace - where and when you want. A variety of learning tasks guide you through the course in a structured way, helping you to understand, apply and deepen the content. These and additional review questions give you feedback on your progress.
As with your other university courses, you will need to devote a certain amount of time to this course, but this can vary depending on your previous knowledge, learning speed, curiosity for additional research, and more. The course is calculated at 25-30 hours of work, so you will receive 1 credit point/ECTS upon completion.

You have successfully completed the course when you have completed all of the Learning Units, including the Learning Tasks, and have scored at least 50% on all of the Exam Tasks. You can retake the exams an unlimited number of times.
Some Learning Elements, such as the Exam Tasks, will automatically be marked as completed when you successfully complete them, while others will require you to mark them yourself at the top right of the page.
If you have successfully completed all Course Elements, you will find your Certificate of Participation in the last section of the course. Once you have successfully completed the course, it will appear on your Transcript of Records, which you can find in your Dashboard.

This is what you'll be able to do when you successfully complete the course:
- You can explain the role of “green” hydrogen in greenhouse gas-neutral energy systems.
- You can describe the most important hydrogen supply technologies and their functional principle.
- You can explain the interfaces and interactions between the technology components of hydrogen supply chains.
- You can compare different technical options for the import of (hydrogen-based) energy sources based on their advantages and disadvantages.
- You can outline and qualitatively compare suitable energy supply options based on “green” hydrogen for various applications (e.g. in transportation or industry).
To move on to the next activity, click the Next Activity button at the bottom of the page.