Dr. maamouri rebah

 Design and implementation of control algorithms,  Implementation of observers based sliding mode theory for motor sensorless control,  Design and implementation of diagnostic algorithms for inverter IGBTs faults detection and identification,  Implementation of fault-tolerant control (FTC) strategies.  Development of display and control interfaces on CONTROL DESK dSPACE.  Ameliorate reliability, availability and safe operation of industrial systems.

Estimation of induction motor speed based on MRAS, Luenberger and sliding mode observers, design and simulate sensorless controls for electromechanical conversion system (motor+ inverter) using Matlab/Simulink and Xilinx System Generator.

Performed verification tests on motors, inverters, controls, and sensors in the automated manufacturing environment. Studied and realized an automated control system based on two frequency inverters and a programmable logic controller PLC. Designed Human-Machine Interfaces (HMI SIMATIC Basic Panel Siemens).

Three years of study of electrical engineering. - Fields of study: Rotating motors ( Modeling / control); Power electronics; Electrical converters; Programmable logic controller PLC; Digital logic / sequential logic; Control/ observation / diagnosis; Electronics; Computer science; Math