ELECTRICAL ENGINEERING DEPARTMENT
JORDAN UNIVERSITY OF SCIENCE AND TECHNOLOGY
P.O. BOX 3030
IRBID 22110, JORDAN
SALEH MOHAMMAD RADAIDEH
PERSONAL DATA
NAME
ADDRESS
: Dr. Saleh M. Radaideh
:Jordan University of Science and Technology, Electrical
Engineering Department, P.O. Box 3030, Irbid, Jordan
E-mail
: srad@just.edu.jo
PHONE NO( Home) : +962 –2-7315830
PHONE NO(MOBILE):+0785113980
PHONE NO( Work) : +962 –2-7095111 ext. 22501
PLACE OF BIRTH : Jordan
DATE OF BIRTH : Feb.1963
MARITAL STATUS : Married
NATIONALITY
: Jordanian
EDUCATION
Ph.D. in Electrical Engineering, 1995, Electrical Engineering
Department, Ottawa University, Ottawa, Ontario, Canada.
Ph.D. thesis title: Approximate Solution for Nonlinear Filtering and
Identification Problems.


M.Sc. in Electrical Engineering, 1989, Jordan University of Science
and Technology, Irbid, Jordan. (Cumulative Average 91.6 %).
Master thesis title: A Simple Numerical and Multiple Scales Solution for
the Steady State Reaponse of Nonlinear Balanced Modulators and Mixers.

B.Sc in Electrical Engineering, 1986, Yarmouk University, Irbid,
Jordan. (Cumulative Average 80.6 %).

High School Certificate, Scientific Stream, 1981, Al-Ameer
Hassan Secondary School, Irbid,Jordan.(Cumulative Average 91.2 %).
1
WORK EXPERIENCE

(Sep.2007 to August 2008 & Sep 2009 to date) Chairman of
Electrical Engineering Department, Jordan University of Science
and Technology, P.O.BOX.3030, Irbid, JORDAN

(May 26, 2003 to date ), Associate Professor, Electrical Engineering
Department, Jordan University of Science and Technology, P.O. Box
3030, Irbid, Jordan.

(Sep.2004-Aug.2005), Visiting associate Professor,
Engineering Department, Yarmouk University.

(Sep.2007-Aug.2008), Visiting associate
Engineering Department, Yarmouk University

(September 16, 1995- to May 25, 2003), Assistant Professor,
Electrical Engineering Department, Jordan University of Science and
Technology, P.O. Box 3030, Irbid, Jordan.
Computer
Professor,
Power
Teaching:
 Systems and control
 Signals and Linear Systems
 Optimal Control Theory (Graduate course)
 Advanced Linear Systems theory and Design (Graduate course)
 Applied Engineering Mathematics (Graduate Course)
 Engineering Circuit Analysis 1
 Engineering Circuit Analysis 2
 Probability theory
 Stochastic Processes
 Numerical Analysis
 Applied Mathmatics For Engineers
 Linear Algebra and its Applications
 Digital Logic Deasign
 Engineering Control Lab.
 Engineering Circuit Lab.
(Sep.1991- Sep.1995), Teaching Assistant, Electrical Engineering
Department, Ottawa University, Ottawa, Ontario, Canada.
Tutored and marked:
 Linear Systems
 Optimal Control
 Control Lab.

(January 1986 -Jun 1989),Teaching and Research Assistant,
Jordan University of Science and Technology, Irbid, Jordan.
Responsibilities included: Teaching Assistant for courses in
 Circuit analysis,
 Control system Lab.
 Circuit Lab.

2
SUPERVISED UNDERGRADUATE PROJECTS:
1. Artificial Generation of Ozone and it’s Use in Water Purification.
2. A Novel Low Harmonic Three-Phase Rectifier
3. Design Digital Speed meter
4. A Simple Circuit for Direct Current Measurement Using a Transformer
5. The Diesel Electric Locomotive Control System
6. Phase Locked Loop without overshooting Response
7. Control of Robot Arm Using Joint Torque Sensor
8. Using the Operational Amplifier and Transformer to Measure Direct
Current
9. Application of Kalman-Bucy Filter in Binary System Communication
Channel
10. Design Robot Controlled Motorcycle
11. Design Six Legged Ambler
12. Design of Inverted Pendulum using Fuzzy Logic Controller
MASTER THESIS SUBERVISED
1. Robust Tuning of Dead Time Compensator for Processes with Integrator
and Long Dead Time.
2. Dyanamic Object Tracking Using Image Segmentation and Motion
Compensation
3. Controller Subsynchronous Resonance in Power Using TCSC and SSSC:
A Comparative Study
4. Fuzzy Logic Controller Based Power System Stabilizaer Design
5. Linear Quadratic Regulator (LQR) Control of Parallel Input Parallel
Output Modular Buck Converter
6. Design of Power System Stabilizers Using Two Level Fuzzy and Adaptive
Neuro Fuzzy Inference Sy
3
7. Fuzzy Logic Control of Doubly Fed Induction Generator
8. Optimal Control of the Current Mode Controlled Parallel Connected DCDC Boost Converters
9. Controlling Subsynchronous Resonance in Power System Using TCSC
and SSSC: A Comparative Study
RESEARCH INTERESTS
1. Optimal Control
2. Fuzzy Control
3. Nonlinear Filtering and Optimal Estimation
4. Dead Time Compensators
5. System Identification
6. Stochastic Control
7. Adaptive Control
PROFICIENCY IN COMPUTER
Languages:

Spread Sheets:

Software Packages:

Operation Systems:
Windows.

:C++ , Fortran
:Excel
: Matlab, MS-Word.
:VAX/VMS, DOS, UNIX, and Microsoft
PUBLICATIONS
1. O. Asfar and S.M. Radaideh, ‘’A Simple Numerical and Multiple
Scales Solution for the Steady State Response of Nonlinear
Balanced Modulators and Mixers’’ International Journal of
Electronics, Vol.70, No.2, pp.305-319, 1991.
2. N.U.Ahmed, S.M.Radaideh,’’ Modified Extended Kalman Filtering,
IEEE Transactions on Automatic Control, pp1322-1326, July 1994.
3. N.U.Ahmed, S.M.Radaideh, ‘’Identification of Linear Stochastic
Systems Based on Partial Information, Journal of Applied
Mathematics and Stochastic Analysis, Vol.8, No.3, Fall 1995.
4
4. N.U.Ahmed, S.M.Radaideh, A Powerfull Numerical Techniques
Solving Zakai Equation for Nonlinear Filtering, International
Journal of Dynamics and Control, Vol.7, No.3,pp.293-308, July 1997.
5. S.M. Radaideh, M.T. Hayajneh,’’A Modified PID Controller
(PII  D)’’, Journal of the Franklin Institute, Vol.339, No.6-7, pp.543553, 2002.
6. S.M. Radaideh, M.Al-Rousan,’’A New Numerical Technique for
Solving the Nonlinear Filtering Problem’’, International Journal of
Electronics, Vol.89, No.7, pp.561-573, 2002.
7. S.M. Radaideh, M.Al-Rousan,’’ AP  I Controller for linear Systems
with Nonconstant Disturbances’’, Computers & Electrical
Engineering,Vol.29, No.4, pp.479-488, 2003.
8. S.M. Radaideh, M.T. Hayajneh,’’A Modified PID Controller
(PII  D) for Controllable Linear Time Invariant Single
Input/Single Output Systems’’, Control and Intelligent Systems,
Vol.31, No.2,pp.95-100, 2003.
9. S.M. Radaideh, M.Al-Rousan,’’ AP  I  Controller for linear
Systems with Ramp Disturbances’’, International Journal of
Modelling and Simulation, Vol. 23, No.3, pp.167-171, 2003.
10. M.T.Hayajneh, S.M.Radaideh, Modeling Surface Finish in End
Milling Process Using Fuzzy Subtractive Clustering Based System
Identification, Materials and Manufacturing Perocesses, Vol.18, No.4,
pp.653-665, 2003.
11. S.M. Radaideh, M.T.Hayajneh, A Fuzzy Gain Scheduling Scheme
for the PII  D Controller, International Journal of Modelling and
Simulation, Vol.24, No.1,pp. 8-12, 2004.
12. S.M.Radaideh, M.T.Hayajneh, A New Fuzzy Scheduling Scheme for
the PID Controllers, Intelligent Automation and Soft Computing,
Vol.9, No.4,pp.296-277,2003.
13. S.M.Radaideh, R.Radaideh, M.T.Hayajneh, Series Resistance
Compensationin PTAT Temperature Sensors and Bandgap
Reference Circuits, International Journal of Electronics, Vol.91, No.5,
May 2004, pp.259-269.
14. S.M.Radaideh, M.T.Hayajneh, and Smadi, I.A., PII  F D Controller
for Linear Time Invaraint Single Input/Single Output Systems,
Journal of Electrical Engineering, Vol.55, No.11-12, pp.324-327,2004.
5
15. Hayajneh,M.T, Radaideh, S.M., Al-Oqla, F.M and Al-Omari, F.A.,
Reduction of Pendulations in Overhead Cranes Carrying Massive
Loads on Long Cables Using a Cable Reeling Technique,
International Journal of Engineering Simulation, Vol.6, No.3 pp.39-45,
2005.
16. E.A.Felat, A.M.Jaroshi, S.M.Radaideh, Performance Assessment of
Fuzzy Logic Based Power System Stabilizer, Proc, of the 5th
WSEAS/IASME Int. Conf. On Electric Power Systems, High Voltages,
Electric Machines, Tenerife, Spain, pp.256-261Dec. 2005 .
17. I.Nejdawi, S.M.Radaideh, I. Smadi, Two Fuzzy Adaptive Controllers
for Linear Systems with Nonconstant Disturbances, International
Journal of Modelling and Simulation, Vol.26,No.4, 2006
18. Hayajneh, M.T., Radaideh S.M., Monitoring Hole Quality in Drilling
Process Using Fuzzy Subtractive Clustering Based System
Identification Method, Journal of Testing and Evaluation, Vol.35,
No.3, pp.297-302, May 2007.
19. Hayajneh.M.T., Radaideh,S.M., Smadi, I.A., Fuzzy Logic Controller
for Over Head Cranes, Engineering Computation International
Journal for Computer-Aided Engineering and Software, Vol.23, No.1,
pp.84-98, 2006.
20. E.A.Felat, A.M.Jaroshi, S.M.Radaideh, A Comparative Design and
Performance of Fuzzy Logic Based Power System Stabilizer,
WSEAS transactions on Power Systems, ISSUE2, Vol.1, pp.289-295,
Feb.2006.
21. E.A.Felat, A.M.Jaroshi, S.M.Radaideh, Adaptive Neuro-Fuzzy
Technique for Tuning Power System Stabilizer, 4th International
Universities Power Engineering Conference (UPEC 2006), UK,
Newcastle uponTyne, pp.170-174, Sep.6-8, 2006.
22. Mohammed T.Hayajneh, Saleh M. Radaideh, Faris M. Al-Oqla and
Imad Nejdawi, '' Reductions of Pendulations of Overhead Cranes
Under the effect of air Resistance by A Cable Manipulation
Manner, Proceeding of the 5th international Symposisum on
Mechatronics and its applications (ISMA08), Amman, Jordan May 2729, 2009.
6
23. S.M.Radaideh, I.M.Nejdawi, and M.H.Mushtaha, Identification of
Optimum Locations of PSS in a Power System, Submitted for
possible publication in the International Journal of Engineering Electric
Power System.
24. S.M.Radaideh, I.M.Nejdawi, and M.H.Mushtaha, Design Power
System Stabilizers Using two Level Fuzzy and Adaptive Neuro
Fuzzy Infernce Systems, Submitted for possible publication in the
international Journal of Electrical Power and Energy Systems.
25.S.M.Radaideh, MT.AlAhmed, A New DTC for Controlling Processes
ControllingProcesses with an Integrator and Long Dead Time,
Submitted to the International Journal of Modelling and Simulation.
26. S.M.Radaideh, S.R.Alwash, S.A.Albatran, Fuzzy logic Control of
Self Exited Doubly Fed Induction Generator, Proceeding of the 29th
IASTED International Conference Modelling, Identification and Control
(MIC2010), pp. 183-189,Feb. 15-17, 2010, Innsbruck, Austria.
27. M.R.D.Al-Mothafar, Saleh M.Radaideh, and M.A.Abdullah,LQRBased Control of Parallel-Connected Boost DC-DC Converters: A
Comparison with Classical Current-Mode Control, Submitted for
possible publication in the International Journal of Computer
Applications in Technology.
28. M.R.D. Al-Mothafar, Saleh M. Radaideh, and N.M. Radaydeh, ''
Application of the LQR Theory to Modular Current- Programmed
Buck Converters, Submitted for possible publication in the
InternationalJournal of Engineering Systems Modelling & Simulation.
7
REFERENCES
Professor O.R. Asfar, Electrical Engineering Department, Jordan
University of Science and Technology , Irbid, Jordan.
(email: asfar@just.edu.jo)

Professor M. Abbadi, Electrical Engineering Department, Jordan
University of Science and Technology , Irbid, Jordan.
(email: mabbadi@just.edu.jo)

Professor A. Hamdan, Electrical Engineering Department, Jordan
University of Science and Technology , Irbid, Jordan.
(email: anan@just.edu.jo)

8