Induction Motor Vector Control Modeling


Dynamic Electrical and Electronic Engineering Instructor at American University of the Middle East, skilled in electronic circuit design and machine learning modeling. Proven ability to foster creativity and innovation while effectively collaborating in teams. Strong background in power electronics and feedback control systems enhances circuit design effectiveness.
Electronic Circuit Design
Diode Application Circuits Design (Rectifiers, Limiters, DC shifting, Regulators)
BJT Circuits DC and AC analysis for analog applications such amplifiers, current mirrors
MOSFET circuits DC and AC analysis for analog circuits such as amplifiers, current mirrors
MOSFET digital circuits schematic and layout design
MOSFET VLSI ICs (Push-pull) Network design, and layout drawings
schematic simulation using LTSpice, Pspice, Altium
MOSFET VLSI ICs layout simulation using Microwind
Extract data from data sheet for any electronic device
Signal processing
Power Electronics
Electrical Machines strong background
Feedback control systems strong background
Knowledge of PCB layout principles for analogue, digital and mixed signal circuit boards
Machine learning modeling using Python strong background
self learning ability
Creativity and innovation
Adaptability to change
Excellent English communication skills
Ability to work productively in a team
Ability to use Excel
Induction Motor Vector Control Modeling
Applying Power Electronic devices in Induction Motor Control