Offshore Wind & Renewable Power
Wind-energy integration, converter control, grid-forming inverters, HVDC, frequency support and renewable-rich power-system studies.
Technical project support for UK PhD and postgraduate engineering research across offshore and renewable energy, power electronics, EV systems, smart grids, RF, control, AI and multiphysics simulation.
Wind-energy integration, converter control, grid-forming inverters, HVDC, frequency support and renewable-rich power-system studies.
Microgrids, BESS, protection, wide-area control, power quality, motor drives and advanced converter control.
On-board chargers, wireless charging, battery systems, traction drives, energy management and charging-infrastructure modelling.
MIMO antennas, wireless systems, signal processing, predictive analytics and intelligent engineering control.
UK engineering research frequently combines decarbonisation, electrification and digital control with rigorous modelling and comparison against published work. Projects can be structured around repeatable simulation cases, sensitivity studies, validation plots and clearly defined technical contributions.
Platform selection follows the required physics, system scale, controller detail and deliverables.
How PEM electrolysers can provide flexible demand and frequency support in renewable, low-inertia power systems using DIgSILENT PowerFactory.
Read research guideHow to structure a 22 kW GaN on-board charger research model with PFC, isolated DC-DC conversion, CC/CV charging and efficiency studies in MATLAB Simscape.
Read research guideA practical research direction for RIS, metasurfaces, beam steering and 6G antenna simulation using Ansys HFSS.
Read research guide