Past PhD Students - RMS

AGOUZOUL Abdelali
Synthesis of optimized control system of alternative energies for the building

BELKHADRA Oumayma
Self-tuning power amplifier in advanced CMOS technology for automotive radar

BENDJEDDOU Imadeddine
Energy-efficient wake-up radio system based on spintronic devices

BONTEMS William
Design of a 15 or 16 bit analog to digital converter for ultra low power applications

BOUCHOUCHA Mohamed Khalil
Design methodology based on the inversion coefficient for RF and mmW circuits optimization using 28 nm FDSOI technology

BRITTON OROZCO Giovani Crasby
Design of an FD-SOI read / control circuit dedicated to the field of quantum computing under Cryogenic conditions

CHEGARI Badr
Contribution towards integrating optimal energy management systems for intelligent buildings

EL CHAAR Mohamad
Adaptive Distributed Amplifier using Artificial Intelligence

HAI Joycelyn
RF Reliability in C065SOI FEM mmW : Device Model and Application to Power Amplifier

IBRAHIM Sana
Clock Generation For Low Power Receiver based on N-Path Mixers

KRIEKOUKI Ioanna
Realization of quantum dot devices with embedded control in FD-SOI technology

MADHVARAJ Manasa
IPs for mixed-signal/high-speed integrated circuits dependability and control

MALBEC Pierre
Analysis of the pollutions of a switch mode power supply, a microcontroller core, and memories on a Bluetooth Low Energy type Radio Frequency transmitter embedded on a same System on Chip

MAMGAIN Ankush
On-chip generation of high-frequency sinusoidal signals using harmonic cancellation techniques

MELIS Tommaso
Diagnosis tool development for failure analysis of analog and mixed signal devices

MOHSEN Fadel
HRNPM_based low power receivers - Spintronic diodes based wake-up radios

NAOUI Ayoub
Integration of RF switches based on chalcogenide phase change materials: application to millimeter wave imaging

OCCELLO Olivier
Self-learning self-test and self-calibration for integrated millimeter-wave systems

OUATTARA David
Design of VCOs and phase shifters based on new architectures for mm-wave applications: 5G & automotive radar

PINO MONROY Dayana
RF design methodology based on MOS transistors for circuit / technology optimization

POUPON Julien
Study of the Gm/ID design methodology for low-power RF/mmW frequency synthesizers in SOI technology

SILVA BERNARDO Helton
Energy efficient millimeter-waves distributed amplifiers

TROUSSIER Chloé
Study of ESD/CDM stresses phenomena from elementary charged devices to package discharge

WEHBI Mohammed
Design of integrated passive circuits in CMOS technology for mm-wave applications: filters, baluns, switches