New dedicated programme on Smart Energy System in collaboration with North China Electric Power University
The Faculty of Science and Engineering has been awarded a new dedicated Chinese Scholarship Council (CSC) programme on Smart Energy System in collaboration with North China Electric Power University ( NCEPU ). This programme was granted out of several hundreds of applications.
In the coming three years (2020-2022) the programme will have:
- 9 PhD degree students (3 per year)
- 9 visiting NCEPU PhD students to UG (3 per year)
- 6 visiting NCEPU young researchers to UG (2 per year)
The
Chinese Scholarship Council
is the Chinese national institution for Government Scholarships. CSC guarantees this dedicated funding for this programme for selected students or scholars. Researchers from both NCEPU and UG will jointly select the right candidates on the basis of mutual interests. As agreed priorities will firstly focus on students with a background in electrical engineering, applied mathematics, control science and computing science, etc. There will be two application rounds each year.
NCEPU
excels at energy-related education and research and has a prominent position in the Chinese energy sector. FSE/UG signed the relevant agreements in July 2019.
Last modified: | 03 February 2020 4.09 p.m. |
More news
-
14 July 2025
ERC Proof of Concept grant for Kottapalli and Covi
Professors Ajay Kottapalli and Erika Covi have received Proof of Concept grants from the European Research Council (ERC).
-
10 July 2025
Dutch Research Agenda funding for nanomedicine research
Prof Dr Anna Salvati, Dr Christoffer Åberg and Prof Dr Siewert-Jan Marrink have been granted a National Science Agenda (NWA) funding to further develop life-saving drugs based on nanotechnology with the NanoMedNL consortium.
-
10 July 2025
Dutch research Agenda funding for circular bio-based materials
Prof Anastasiia Krushynska has been granted a EUR 600,000 National Science Agenda (NWA) funding to help develop innovative technologies for converting low-grade organic waste into durable, recyclable materials.