-
today are designed for AC environments and require major adaptation, particularly in power electron- ics and control interfaces, to become fully compatible with DC microgrids. This Ph.D. research will
-
of the computer languages Knowledge of IoT Working on board ships The candidate is expected to submit a research plan to show their knowledge of ship speed-power performance. The plan should include a
-
possible. The multi-dimensional nature of the model likely necessitates a machine learning based approach, yet should be minimally capable of running on the edge, ideally of running on power-efficient
-
and will pursue a detailed case study of a nuclear power programme deploying two GE-Hitachi BWRX-300 SMRs in a nuclear newcomer country such as Estonia. Vendor data and preliminary regulatory filings
-
1 Sep 2025 Job Information Organisation/Company Tallinn University of Technology Department Thomas Johann Seebeck Department of Electronics Research Field Engineering » Biomedical engineering