Joint Research Programme 2025: Call for proposals on Artificial Intelligence and Hydrogen
Important dates
22 Jan 2025
Open for applications
12 Mar 2025
Application deadline
01 Jul 2025
Earliest permitted project start
01 Jul 2025
Latest permitted project start
30 Jun 2028
Latest permitted project completion date
Important dates
Last updates
We have updated the General Terms and Conditions for R&D Projects. These new terms and conditions apply to applications received by the Research Council of Norway from 1 March 2025. Please see What the contract involves.
Purpose
This call is a pre-qualification for applying for funding for joint research projects between South Korea and Norway on artificial intelligence and hydrogen. By applying, you meet the requirement "Intention to Submit form / Norwegian PI Only", which you will find as one of six required documents in the Korean call. Please note that the Korean main announcement is only in Korean.
The main call is a lead agency call, where the National Research Foundation of Korea (NRF) receives the applications and assesses the quality of the applications. It is a requirement that the Norwegian Project Owner partner submits a pre-qualification application in order for the application to be processed by NRF in Korea.
About the results of the application assessment process
- Total amount sought
- 123 000 000
- Amount awarded
- 12 000 000
- Total number of applications
- 44
- Number of approved applications
- 4
Project no. | Organization | Project title | Subject | Sought | Published |
---|---|---|---|---|---|
359276 | NORSK INSTITUTT FOR VANNFORSKNING | MIM-AI: Development of Mechanism-Informed & Multimodal AI for Water Environment Management | Forskningssystemet | 3 000 000 | 10.07.2025 |
359216 | UNIVERSITETET I OSLO | AURoRA: Advancing Universal Resource-Scarce Large Vision-Language Models Towards Robust and Reliable AI | Forskningssystemet | 3 000 000 | 10.07.2025 |
359161 | NORGES GEOTEKNISKE INSTITUTT | Multi-Hazard Assessment of Repurposing Underground Coastal Facilities for Safe and Cost-efficient Underground Hydrogen Storage | Forskningssystemet | 3 000 000 | 10.07.2025 |
359246 | UNIVERSITETET I SØRØST-NORGE | Stable devices for photoelectrochemical hydrogen production | Forskningssystemet | 3 000 000 | 10.07.2025 |