TAHA AHMAD HUSSEIN -

Prof.

TAHA AHMAD HUSSEIN

Research Interests

Gender	MALE
Place of Work	Technical Engineering College/ Mosul
Position	---------------
Qualification	Master
Speciality	Power and machine
Email	taha.hussien@ntu.edu.iq
Phone	07705954059
Address	Northern Technical University Engineering Technical college, Nineavah, Mosul, Iraq

Academic Links

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professor Taha Ahmed Hussein

I hold a Bachelor’s degree in Electrical and Electronic Engineering from the University of Technology in Iraq, obtained in 1982, and a Master’s degree in Electrical Engineering with a specialization in Power and Electrical Machinery from the University of Mosul in Iraq, obtained in 1993. I work as a faculty member at the Northern Technical University / Engineering Technical College in Mosul-Iraq, with the academic title of Professor

Skills

Arabic (100%)

Power Electronics (90%)

English (90%)

Optimization algorithms (90%)

Control engineering (90%)

Supervision

Ali Ahmed Thanoon

Year: 2025

Academic Degree: Master

Supervisor Type: Supervisor

Supervisor State: In Progress

Power control of Grid connected inverter

Laith Abd-Al-jabbar Hamdy

Year: 2022

Academic Degree: Master

Supervisor Type: Supervisor

Supervisor State: Graduated

Design and implementation of voltage to frequency control of induction motor driven by three phase multi-level inverter

Ahmed Thaer Sadoon

Year: 2022

Academic Degree: Master

Supervisor Type: Co-supervisor

Supervisor State: Graduated

Design and implementation of multilevel inverter with reduced number of switches for photovoltaic system

Salsabeel Hasan Taha

Year: 2021

Academic Degree: Master

Supervisor Type: Co-supervisor

Supervisor State: Graduated

working experience

Academic Qualification

B.Sc.

Oct 1, 1978 - Jun 26, 1982

University of Technology /Baghdad-Iraq
B.Sc. in electrical and electronic engineering

M.Sc.

Oct 1, 1991 - Dec 6, 1993

University of Mosul/Iraq
M.Sc. in Electrical engineering/Power and machine

Working Experience

Assistant Dean for Scientific Affairs [Professor]

Sep 1, 2005 - Sep 5, 2007

Assistant Dean for Scientific Affairs

Publications

Implementation of SHE-PWM Technique for Single-phase Inverter Based on Arduino

Aug 1, 2021

Journal Indonesian Journal of Electrical Engineering and Computer Science

publisher iaes

DOI DOI: http://doi.org/10.11591/ijece.v11i4.pp2907-2915

Issue No 4

Volume Vol 11

This paper presents design and practical implementation of single-phase inverter based on Selective Harmonic Elimination-Pulse Width Modulation (SHE-PWM) technique. Microcontroller Mega type Arduino used as a controller for producing the gate pulses. The optimized switching angles determination results in wide range of output voltage. Depending on number of switching angles, the Lower Order Harmonics (LOHs) can be eliminated to improve the output voltage waveform. A comparison study using Matlab/Simulink for sinusoidal-PWM and SHE-PWM techniques, which shows for the same LOH in the output voltage waveform, the SHE-PWM has less number of pulses per half cycle than sinusoidal-PWM strategy. The reduction in number of pulses results less switching losses. The simulation done using ten switching angles to drive R-L load. A prototype of SHE-PWM inverter with R-L load is used to validate the simulation results

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Detailed Simulink implementation for induction motor control based on space vector pulse width modulation SVPWM

Jun 1, 2021

Journal Indonesian Journal of Electrical Engineering and Computer Science

publisher iaes

DOI DOI: http://doi.org/10.11591/ijeecs.v22.i3.pp1251-1262

Issue No 3

Volume Vol 22

Space Vector PWM (SVPWM) generates less harmonic distortion in the output voltage or currents, provides more efficient use of supply voltage and better voltage utilization compared with sine PWM. In this work, a detailed Simulink implementation for SVPWM for the open loop control of PMSM is presented. Results show the output of the blocks that assembles SVPWM besides the PMSM voltages and currents when exposing the motor to different load torques. The technique of SVPWM enables the load to respond to the change in external load torque. This technique also results in lower total harmonic distortion and better utilization of the dc supply compared with traditional sinusoidal pulse width modulation SPWM

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Conferences