Earning Criteria

• This earner’s identification was verified using Jumio, automated online ID verification.
• During the course the earner was an enrolled Deakin University student with the rights, responsibilities, access to resources and scrutiny of academic integrity required by this educational institution.
• Learners designed and outlined the implementation plan for integrating a green hydrogen system into an existing renewable energy microgrid.The submitted report covered technical and economic feasibility, along with the environmental impact of the new integrated microgrid system. This project allowed learners to apply theoretical knowledge in a practical context, demonstrating their understanding of the technical aspects of green hydrogen and its potential role in improving energy sustainability.
• Successfully completed this online course with learning activities and formal assessment typically requiring 50-75 hours.
• This microcredential provides the earner with bankable credit (0.5 credit points) towards one or more specified post graduate degrees (award course) at Deakin University. The credit is redeemed on successful application to study the degree.
• Learning outcomes:
• Define the key concepts and technologies associated with green hydrogen and microgrids.
• Evaluate the technical and environmental implications of various green hydrogen production, storage, distribution, and consumption methods.
• Identify the key challenges and opportunities in the integration of green hydrogen equipment with microgrids in global and Australian contexts.
• Analyse the potential role of green hydrogen in improving energy security, sustainability, and resilience in the future energy systems.