Dr. Kotb Jabeur

- Design and characterization of SRAM-like, flash-like and hybrid MRAM/SRAM instances from 16Kb to 16Mb - Compiler oriented innovative libraries (Design/sizing, analyse and validation of circuits/elements of libraries) - Specific logic cells: flip-flops, latches, registers and derivative based on CMOS or/and hybrid CMOS/MTJ - STT-pMTJ modelling (Physical and analytical methodologies, model core, model cards)

- Design and validation of hybrid CMOS/Magnetic circuit design (standalone memory, standard cells) test chip fabrication at advanced technology nodes CMOS-LP/CMOS-HP 40nm, 28nm FDSOI - Spice modelling of spintronics devices (Spin Orbit Torque ‘SOT’, Spin Transfer Torque ‘STT’)

- Development of novel logic design paradigm based on double gate nanodevices (CNTFET, SiNW) - Design and validate low density static/dynamic gate libraries based on ambipolar devices. - Design of matrix-based nano-reconfigurable architectures. - Propose and validate innovative low power design techniques based on ambipolar devices - Active participation and reviewing in many international conferences and journals - Master students supervising and teaching assistant

Interfacing Biosensors with its electronic environment

development of facial expression detection program. (medical/security/automotive application)

PhD in microelectronics

microelectronics