Dr Faramehr received PhD in Electrical Engineering in advanced wide bandgap technology for future generation of high power density applications in 2015. Thereafter, he worked as post-doctoral researcher on design, fabrication and characterisation of world's 1st gallium nitride current transducers at Swansea University. As researcher, he had the privilege of building R&D work relationship with well-recognised academics and world-leading industrialists. In 2019, Soroush joined academics of Institute for Future Transport and Cities with focus on power semiconductors research.

He has 10-year experience in world-class power electronics R&D with a strong track record in publishing in leading international peer-reviewed journals, supervising PhD projects and writing research bids. He has been PI on EPSRC IAA and CoI on EPSRC CS Hub feasibility study projects (ended Jan 2019). Currently, he is PI at Coventry University for two recently awarded Innovate UK projects (total value £2.6M).

His research interest lies in more efficient compound semiconductor electronic devices driven by automotive, space, aerospace, renewables and industrial electronics sectors to leave less footprint on the environment. They include wide bandgap power semiconductor devices, wide bandgap current transducers, ultra-wide bandgap materials and vertical field effect transistors.

Available PhD positions:

• Gallium nitride sensors for power electronics
• Unlocking gallium oxide potential for power switches
• Silicon carbide sensors for power ICs
• Gallium nitride vertical field effect transistors

Online adverts:

https://www.findaphd.com/phds/project/vertical-gan-power-trench-mosfet/?p110098

https://www.findaphd.com/phds/project/gan-current-sensors-for-advanced-power-electronics/?p110326