Description

The microcredential "M3-3-01 - High temperature electrolysis" focuses on the process of using electrolysis at high temperatures to split water into hydrogen and oxygen. Participants will learn about the principles, equipment, and applications of high temperature electrolysis, as well as the advantages and challenges associated with this technology. This microcredential provides a comprehensive understanding of how high temperature electrolysis can be used as a sustainable method for hydrogen production.

Learn-and-Earn Microcredentials

Learn-and-earn microcredentials require completing a structured learning experience, such as a course, workshop, or learning path. Afterward, you must demonstrate mastery of the acquired skills through assessments or evaluations. This type ensures your knowledge is both acquired and validated, making it ideal for those seeking to enhance their expertise while earning a recognized credential. It combines education and skill validation, offering a clear pathway to professional growth.

Non-Formal Learning

This microcredential supports non-formal learning experiences. It recognizes skills gained through workshops, online courses, or workplace training, offering a flexible way to validate targeted learning outcomes. It's perfect for those seeking recognition for practical, hands-on learning outside traditional institutions.

Details

Microcredential

Non-Formal

Learn & Earn

English

5 years

25:00Learning Hours: 25ECTS: 1

Advanced

EQF - Europe: Level 6

Skills you will earn

High-Temperature Electrolysis Fundamentals

Explain the core operational principles of high-temperature electrolysis systems, including key electrochemical processes and how they enable efficient energy conversion.

Solid Oxide Electrolysis (SOE) Materials & Performance

Assess SOE material choices and interpret how material properties influence electrochemical performance, long-term durability, and overall system efficiency.

Electrolysis Stack Design & System Engineering

Develop conceptual stack and system designs for high-temperature electrolysis, considering key performance factors such as heat management, efficiency, and sustainability.

CO/CO₂ Electrolysis Modelling & Thermodynamics

Model CO and CO₂ electrolysis processes and interpret their thermodynamic behaviour, with emphasis on integration into Power-to-X energy systems.

Our approach

We are driving a step change in qualitative microcredentialing and the issuance of microcertifications.

Certifications are awarded based on demonstrated skills, ensuring that competencies are validated through evidence.

With activity-based assessments and certified assessors, microcredentials can be earned significantly faster than through traditional methods, while maintaining high standards of quality and reliability.

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