Batteries &
sustainable energy
Battery modelling, state-of-charge and state-of-health estimation, second-life screening, power conversion and renewable integration.
Energy research projectsAcademic website · Electrical engineering · Research
Associate Professor, PhD · IEEE Senior Member
Connecting electrical measurements, intelligent systems and sustainable energy.
National University of Science and Technology
POLITEHNICA Bucharest

Google Scholar metrics as of 29 September 2026.
Research interests
Battery modelling, state-of-charge and state-of-health estimation, second-life screening, power conversion and renewable integration.
Energy research projectsSignal processing, virtual instrumentation, connected sensors and data-driven methods for electrical and biomedical applications.
Explore the publicationsMathematical modelling, statistical analysis and predictive methods for electrical measurements, battery behaviour and social-service impact assessment.
Current work in EVOSSTResearch in practice
Horizon Europe · Research and Innovation Action
Competitiveness Operational Programme (POC) · Action 1.2.1 · Innovative Technological Project
EU Horizon 2020 · Innovation Action
Selected publications
Batteries · Volume 11 · Issue 5 · pp. / article 186
Electronics · Volume 14 · Issue 11 · pp. / article 2135
Energies · Volume 15 · Issue 2 · pp. / article 539
Teaching & academic practice
Signal processing, electrical measurements and virtual instrumentation.