PORTFOLIO

Omar R. A. Daoud Ph.D., Communication and Electronics Engineering

has got a PhD in the field of Communications and Electronics since Nov. 2006 from De Montfort University-UK. During the last years, several courses have been taught from the basic electronics, signal processing and toward the higher level of communication Engineering. In addition, there are two awards have been achieved on the level of graduation projects competitions. Moreover, there are more than 50 papers were published in a highly recommended journals and international conferences during the last years; have the ability to investigate and solve research problem wireless communications and signal processing. This extensive research enhances the experience with MATLAB simulation tool and magnifies the analytical and

mathematical skills. On Dec. 2018 he has awarded the Young Scientist Prize from the TWAS in addition to achieve the consultant rank from the JEA. On the basis of personal characteristics, Dr. Daoud could be considered as an innovative, hard-worker, has communication and explaining ability for different ideas and concepts through reasoning and discussions. Moreover, to enrich his both professional and personal experiences, he is enjoying the work in multicultural environments. From 1/9/2010 till 31/8/2014, he filled some managerial positions including the position of Dean Assistant for Academic Affairs and QA officer, the Head of the Communication and Electronics Engineering Department in addition to the Head of the Computer Engineering one. This is in addition to serve the deanship of the academic research and graduate studies between the 1

st of September 2015 and the 30

th of August 2017.

Furthermore, he has been a part of the organization committee and the editorial board for some well-known international conferences and journal, respectively.

Personal: Nationality : Jordanian Place and Date of Birth: Saudi Arabia, 1978 Marital Status : Married (4 Children)

Address: Communications and Electronics Department

Engineering Faculty P.O.Box 1 Philadelphia University 19392 Jordan Phone No. +962-6-4799000 Fax No. +962-6-4799037

Mobile No. +962-78-0731634

E-mail Addresses: odaoud@philadelphia.edu.jo odaoud@puspc.com oamr1462004@yahoo.com Author ID:

ORCID SCOPUS Web of Science ResearcherID SKYPE

0000-0002-6999-8070 24779567100 O-1280-2019 odaoud78

GOOGLE SCHOLAR

https://scholar.google.com/citations?user=ebLsxzIAAAAJ&hl=en

Web-Page: http://www.oamr.puspc.com http://www.philadelphia.edu.jo/academics/odaoud/

PORTFOLIO

Education:

De Montfort University, Leicester, United Kingdom Ph.D, Communication and Electronics Engineering 17th Nov. 2006

Thesis Title: MIMO-OFDM for Beyond 3G Systems.

The work was mainly to achieve the Quality of Service for B3G (High Quality multimedia Applications of the Wireless and Mobile Communication Systems by combining the advantages of the Orthogonal Frequency Division Multiplexing (OFDM) and the Multiple Input Multiple Output (MIMO) systems). It is also being designed and tested over a Xillinix FPGA series.

The University of Jordan, Amman, Jordan M.Sc, Electrical Engineering/ Communications 30th Jun. 2003

Thesis Title: Vision System for Visually Impaired People. Very Good

The work was mainly to build a system that helps the visually impaired people in recognizing the environment around them. There was an enhancement to the conventional techniques by imposing the AI techniques. Thus, a sound signal will reach the hearing system that defines the details of the surrounding objects; types, rotations, distances.

Philadelphia University, Amman, Jordan BSc, Electrical Engineering/ Communications 5th Sept. 1999

Graduation Project Title: Design of a caller Identification Number Device Excellent with Honor Degree

The work was mainly to propose and build a circuit that has the ability to identify the PSTN caller; name, time, date.

Awards and Achievments:

Best Paper Award in the IEEE SSD'19, 16th International Multi-Conference on Systems, Signals & Devices, March 21 - 24, 2018, Istanbul, Turkey, for the work entitled “Wireless Sensors Converged Network Enhancement”.

Young Scientist Prize, the World Academy for Science (TWAS), Dec. 2018.

Consultant Engineer from the Jordanian Engineering Association (JEA), Jul. 2018

PORTFOLIO

Work experience:

Managerial Experience:

1- 3rd of September 2019 Dean Assistant, Faculty of Engineering and Technology Department Chairman, Communications and Electronics Engineering Department Chairman, Computer Engineering

2- 2nd of September 2018 till 30th of Aug. 2019 Dean Assistant, Faculty of Engineering and Technology Responsibilities: 1. Do the teaching load for each semester. 2. Supervise and follow-up the academic activities in the college. 3. Advise and accept graduate students by making recommendations to the Dean. 4. Follow-up the academic plans, curricula and the implementation for both of undergraduate and graduate courses in the faculty. 5. Submit proposals to the Dean on the formation of the scientific committees to discuss the graduation projects based on the scientific departments’ recommendations. 6. Follow scientific agreements with local and international academic institutions. 7. Put the annual scientific research plan and monitor its implementation. 8. Work on the implementation of associated work by the Dean. 9. Follow up and implement the requirements that ensure the quality control in the educational process at the college. Department Chairman, Architectures Responsibilities:

1. Supervise the academic process in the department. 2. Do the teaching load for each semester. 3. Monitor the students’ attendances and conduct examinations of the

theoretical and practical courses. 4. Prepare the course schedule for materials posed by the department,

taking into account the teaching load of each faculty member and meet the needs of students within the available possibilities at the university.

5. Supervise the academic advising process in the department. 6. Coordinate the performance of faculty members, engineers and

technicians working in laboratories. 7. Take the problems faced by students into account and develop

appropriate solutions according to authorities. 8. Distribute of tasks among faculty members in the department in order

to achieve proper functioning.

PORTFOLIO

9. Encourage scientific research among faculty members in the department.

10. Monitor the work of laboratories and workshops; validate their hardware and complete the deficiencies.

11. Work, and according to the needs of the department, to attract an experienced staff.

3- June 2017

ABET Accreditation Coordination Committee Member

Responsibilities:

1. Preparing the Self-Study Report. 2. Continuously, checking the Improvements and the assessments.

4- 1st of September 2015 till 30th of August 2017

Dean, Academic Research and Graduate Studies Responsibilities:

3. Do the teaching load for each semester. 4. Prepare and manage the annual budget and reports for the

research for all the university faculties and centers. 5. Do the research management at the university from either the

scientific point of view, and the administration and the finance. 6. Provide the necessary financial resources for any kind of research

(journals, conferences, books, projects...). 7. Do suggestions and propositions to motivate the university

members and enhance the research effectiveness. 8. Interact with national and international universities, research

institutions and centers to develop the technical background and the scientific research behavior at the university.

9. Coordinate and administrate the admission of the graduate students.

10. Prepare the academic year with the coordination of different departments.

11. Follow up of the graduate students' academic progress. 12. Propose and recommend the establishment of new programs in

coordination with the faculties. 13. Approve and update any recommendation that made by faculties

regarding the students academic progress or the assistantships.

5- 3rd of September 2012 till 1st of September 2014

Dean Assistant for academic affairs and quality assurance in Faculty of Engineering Responsibilities:

1. Do the teaching load for each semester. 2. Supervise and follow-up the academic activities in the college.

PORTFOLIO

3. Advise and accept graduate students by making recommendations to the Dean.

4. Follow-up the academic plans, curricula and the implementation for both of undergraduate and graduate courses in the faculty.

5. Submit proposals to the Dean on the formation of the scientific committees to discuss the graduation projects based on the scientific departments’ recommendations.

6. Follow scientific agreements with local and international academic institutions.

7. Put the annual scientific research plan and monitor its implementation. 8. Work on the implementation of associated work by the Dean. 9. Follow up and implement the requirements that ensure the quality

control in the educational process at the college.

6- 1st of September 2010 till 1st of September 2014 Chairman of the Communication and Electronics Engineering Department Responsibilities:

12. Supervise the academic process in the department. 13. Do the teaching load for each semester. 14. Monitor the students’ attendances and conduct examinations of the

theoretical and practical courses. 15. Prepare the course schedule for materials posed by the department,

taking into account the teaching load of each faculty member and meet the needs of students within the available possibilities at the university.

16. Supervise the academic advising process in the department. 17. Coordinate the performance of faculty members, engineers and

technicians working in laboratories. 18. Take the problems faced by students into account and develop

appropriate solutions according to authorities. 19. Distribute of tasks among faculty members in the department in order

to achieve proper functioning. 20. Encourage scientific research among faculty members in the

department. 21. Monitor the work of laboratories and workshops; validate their

hardware and complete the deficiencies. 22. Work, and according to the needs of the department, to attract an

experienced staff. 7- 1st of September 2011 till 2nd of September 2012 Chairman of the Computer Engineering Department

Academic Experience:

20th of March 2012 I have been promoted to the Associate Professor Rank from Philadelphia University.

Responsibilities:

PORTFOLIO

1. In class Lecturing/teaching for undergraduate and graduate students

2. In Labs tutoring 3. Graduation project supervising 4. Advising and mentoring undergraduate students; 5. Participating in all aspects of the department’s'/ deanship's/

university's activities and committees.

6. Serving the profession (based on the Strong written and verbal

communication skills are required).

7. Consulting the department’s website to review academic and

research programs.

Full time lecturing: 1- 20th of March 2012 till Present

Associate Professor at Philadelphia University

2- 25th of February 2007 till 20th of March 2012 Assistant Professor at Philadelphia University

As a lecturer for the following modules: - Reverse Engineering - Communications I - Communications II - Optical Communications - Mobile Communications - Electromagnetic II Theory - Antenna Engineering - Microwave Engineering - Control Systems - Transmission Communication Systems. - Electronics Mechanic - Electronics Measurements and Instrumentations - Electronics I - Electronics II - Probability, Random Variables, and Random Signal

Principles - Engineering Analysis I

And as a supervisor for the following engineering laboratories: - Electronics Lab - Electronics I Lab - Electronics II Lab - Digital Communications Lab - Microwaves and Antenna propagation

3- 1st of September 1999 till 31st of December 2003 Engineering laboratories teacher and instructor at Philadelphia University

a. Electrical Circuits lab. b. Electronics lab. c. Digital Electronics lab. d. Electrical Machines lab.

PORTFOLIO

e. Power Systems lab.

Part time lecturing:

1- The University of Jordan 15/09/2013 till 12/01/2014 Teaching Wireless networks graduate course 10/06/2012 till 01/08/2012 Taught Electric Circuits I undergraduate course 07/02/2012 till 24/05/2012 Taught Data Communication Systems graduate course

01/03/2009 t0 15/08/2009 Taught Computer Skills II undergraduate course.

2- The Princess Sumaya University of Technology 3/7/2011 till 28/8/2011 Taught Electric Circuits I and Electronics I undergraduate courses

3- The German Jordan University 27/06/2010 till 5/2/2011 Taught Fundamentals of analog Electronics undergraduate course and its Laboratory. 07/02/2010 till 30/5/2010 Taught Electric Circuits II undergraduate course. 27/09/2009 till 30/5/2010 Taught

Electric Circuits I undergraduate course. 4- De Montfort University/ UK 1/10/2004-1/5/2005 Taught Computer Skills undergraduate course

Master Thesis Defense Committee:

1. Ziad Almesleh and Dr. Omar Bani Ahmad, " Digital Image Processing Over Wireless Channel Using Iterative (Turbo) Code" Electrical Engineering Department, Princess Sumaya University for Technology, 18th of Jan., 2018.

2. Reema Omran and Dr. Nizar Al-Zorba, "Spatial Modulation in Wireless Communication Systems", Electrical Engineering Department, The University of Jordan, 1st of Nov, 2011.

3. Boshra Al-Dradkeh and Prof. Dia Abu Alnadi , "Adaptive Beamforming for Smart Antennas", Electrical Engineering Department, The University of Jordan, 9th of Dec, 2010.

4. Bashar Maqableh and Dr. Nizar Al-Zorba, "Power Saving in Wireless Communication System", Electrical Engineering Department, The University of Jordan, 9th of Dec, 2010.

5. Isra'a Awwad and Dr. Jamal Rahhal, "None Perfect Channel Estimation Effect on Multiple Input Multiple Output Orthogonal Frequency Division Multiple Access System Capacity", Electrical Engineering Department, The University of Jordan, 12th of May, 2009.

Training courses and workshops:

1. (Modernization of Institutional Management of Innovation and Research in South Neighboring Countries/(MIMIr), Ibis Hotel, Amman, 12th-13th July 2017.

PORTFOLIO

2. Training of Focal Points workshop: How the Money Flows (Funding Schemes), Calculating cost in the proposal phase, and Running and Managing Projects. The higher council for science and technology, Amman 9th–10th November 2014.

3. Coaching and Training of Focal Points as an enhancement of Jordan-European S&T partnerships. The higher council for science and technology, Amman 2nd December 2013.

4. Advisory workshop to discuss and approve the Policy document and the National Strategy for Science, Technology, and Creativity for the years of 2013-2017. The higher council for science and technology, Amman 12th December 2012.

5. How to Qualify for ABET Accreditation workshop, The Arab Organization for Quality Assurance in Education (AROQAE), Amman, 4th-5th November 2012.

6. A Printed Circuit Board (PCB) course on 05/2011, SITSS for Technology and Advanced Systems.

7. Outcomes-based Curriculum Design and Implementation workshop at Philadelphia University organized by Al-Hussein Fund for Excellence, held on 17-18/05/2010.

8. Research training courses - Supervision undergraduate and postgraduate dissertations/projects

attended at 15/06/2006 - Postgraduate who teach attended at 14/01/2006 - Using SPSS attended at 04/10/2005 - Finishing your thesis and preparing for the Viva attended at 16/03/2005 - Written application skills and job interview skills attended at 02/03/2005 - Creating and managing large documents attended at 25/02/2005 - Writing for publication attended at 17/02/2005 - Effective presentation using PowerPoint attended at 24/01/2005 - Literature searching and reference management attended 27/10/2004 - Research methods: computing, science and engineering attended at

22/10/2004 - English language for academic research purposes attended at

28/09/2004 - Intellectual property right and ethics attended at 15/06/2004 - Presenting your research to an audience attended at 24/05/2004 - Writing skills attended at 24/05/2004 - Planning and managing research course attended at 19/02/2004

9. Oracle 9I course, from Computer Way center, for (60) hours at 2/3/2002. 10. Studied student learning materials and teaching strategies for engineering

students at Mackworth collage/United Kingdom in the period 1/9-24/9/2001. The Engineering Disciplines that I have been studied Include:

1. Electronic Mail. 2. Electrical Applications. 3. Electronics. 4. Computer Aided Design. 5. Computer Numerical Control. 6. Programmable Logic Controller. 7. Machine Tool Setting. 8. Video Conference. 9. Robotics.

PORTFOLIO

11. Microcomputer controlled AC Motor Drives course, from the engineers training center, for (20) hours in the period 22/4-26/4/2001.

12. Windows N.T support & administrating course, from Al-Baker Center, for (48) hours in the period 1/11- 20/12/1999.

13. Electrical Installations design course, from the electrical Eng. Department in the Faculty of Engineering in the Philadelphia University, for (60) hours in the period 20/7- 28/8/1999.

14. Programmable logic controller course, from the engineers training center, for (20) hours in the period 10/8-31/8/1999.

15. Undergraduate training in the ({JTC}) in each of electrical exchange, networks, power and maintenance. In the period 22/8/1998-5/10/1998.

Publications:

C26 1- Omar Daoud, and Marwan Al-Akaidi “V2V Clustering Process Performance

Enhancement”, The 3rd

American University in the Emirates International Research

Conference (AUEIRC’20), Transition to Knowledge Economy: Challenges, Smart

Opportunities and Innovation, March 25-26, 2020, Dubai, UAE.

C25 2- Omar Daoud, Ahlam Damati and Qadri Hamarsheh “On the Parallel Processing for

Wireless Sensors Converged Network”, IEEE SSD'20, 17th International Multi-

Conference on Systems, Signals & Devices, March 23 - 26, 2020, Monastir, Tunis.

J42 3- Omar Daoud, Qadri Hamarsheh and Ahlam Damati “Enhancing the LTE-based

Intelligent Transportation System’s Performance”, Accepted to be published in Digital

Signal Processing, Feb. 2020. ISSN: 1051-2004.

J41 4- Omar Daoud, Ahlam Damati and Qadri Hamarsheh “The Performance of the Vehicular

Communication-Clustering Process”, Telkomnika (Telecommunication, Computing,

Electronics and Control), vol. 18, no. 1, pp. 57-71, Feb. 2020.

DOI: http://dx.doi.org/10.12928/telkomnika.v18i1.13565. ISSN: 1693-6930, e-ISSN:

2302-9293

J40 5- Omar Daoud, “Power Reallocation and Complexity Enhancement for a Multi-Antennas

Multi-Bands Orthogonal Wavelet Division Multiplexing- Based Systems”, China

Communications, vol. 16, no. 6, pp. 114-128, 2019. DOI: 10.23919/JCC.2019.06.010

C24 6- Omar Daoud, and Ahlam Damati “Wireless Sensors Converged Network

Enhancement”, IEEE SSD'19, 16th International Multi-Conference on Systems, Signals

& Devices, pp. 509-513, March 21 - 24, 2019, Istanbul, Turkey.

J39 7- Omar Daoud, Qadri Hamarsheh and Ahlam Damati “DVB-T Systems Performance

Enhancement”, Accepted to be published in the Advances on Systems, Signals and

Devices, (Issues on Communication, Signal Processing & Information Technologies),

2019.

J38 8- Omar Daoud, Qadri Hamarsheh and Ahlam Damati “Enhancing the Performance of

OFDM Systems-Based PAPR Reduction”, Accepted to be published in the Advances on

Systems, Signals and Devices, (Issues on Communication, Signal Processing &

Information Technologies), 2019

J37 9- Omar Daoud, “MultiBands Orthogonal Wavelet Division Multiplexing: Complexity and

Power Peaks Enhancement”, IEEE Consumer Electronics Magazine, vol. 8, no. 2, pp.

66-70, 2019. DOI: 10.1109/MCE.2018.2880825

C23 10- Omar Daoud, Qadri Hamarsheh and Ahlam Damati “Orthogonal Wavelet Division

Multiplexing- Comparison Study ”, IEEE SSD'18, 15th International Multi-Conference

on Systems, Signals & Devices, pp. 391-395, March 19 - 22, 2018, Hammamat, Tunis.

PORTFOLIO

J36 11- Omar Daoud, “Modified Orthogonal Frequency Division Multiplexing A Candidate for

New Generation-Wireless Systems”, Wireless Personal Communications, vol. 100, no.

3, May 2018. DOI: 10.1007/s11277-018-5608-6

J35 12- Omar Daoud, Qadri Hamarsheh and Ahlam Damati “PAPR effect remedy in OFDM-

based wireless systems”, Journal of Communications Technology and Electronics, vol.

62, no. 10, pp. 1122-1129, October 2017. DOI: 10.1134/S1064226917100011

J34 13- Omar Daoud, Qadri Hamarsheh and Ahlam Damati “Sniffer Mobile Robot Performance

Enhancement-based Averaging-Adaptive Wavelet Transform method”, Jordan Journal

of Electrical Engineering (JJEE), vol. 3, no. 2, pp. 138-149, 2017.

J33 14- Omar Daoud, Qadri Hamarsheh and Ahlam Damati “Wavelet Transformation Method

to allocate the DVB-T signals peaks”, International Journal of Digital Signals & Smart

Systems, vol. 1, no. 1, pp. 52-68, 2017.

C22 15- Omar Daoud, Qadri Hamarsheh and Ahlam Damati “Enhancing the Performance of

Speaker Verifications-Based DVB-T Systems”, IEEE SSD'17, 14th International Multi-

Conference on Systems, Signals & Devices, March 28 - 31, 2017 - Marrakech, Morocco.

J32 16- Qadri Hamarsheh, Omar Daoud, Mohammed Ali, and Ahlam Damati “Power Peaks

Allocation Based on Averaging-Adaptive Wavelet Transform”, Journal of Circuits,

Systems, and Signal Processing, vol. 10, pp. 440-447, 2016. PDF-Copy

J31 17- Qadri Hamarsheh, Omar Daoud, Mohammed Ali, and Ahlam Damati, “Efficiency

Enhancement based on Allocating Bizarre Peaks”, International Journal of Wireless &

Mobile Networks, vol. 8, no. 4, 107-118,2016. DOI:10.5121/ijwmn.2016.8407

J30 18- Omar Daoud, Qadri Hamarsheh and Ahlam Damati “Enhancing the Performance of

OFDM Systems-Based PAPR Reduction”, Journal of Circuits, Systems, and Signal

Processing, vol. 10, pp. 333-338, 2016. PDF-Copy

J29 19- Ahlam Damati, Omar Daoud, and Qadri Hamarsheh,“ Enhancing the Odd Peaks

Detection in OFDM Systems Using Wavelet Transforms”, International Journal

Communications, Network, and System Science, vol. 9, no. 7, pp. 295-303, 2016. DOI:

10.4236/ijcns.2016.97026

C21 20- Omar Daoud, Qadri Hamarsheh and Ahlam Damati, “Wavelet Transformation method

to allocate the OFDM signals peaks”, IEEE SSD'16, 13th International Multi-Conference

on Systems, Signals & Devices, March 21 - 24, 2016 - Leipzig, Germany. DOI:

10.1109/SSD.2016.7473667 C20 21- Omar Daoud Qadri Hamarsheh and Ahlam Damati “ OFDM Systems Performance

Enhancement”, IEEE SSD'15, 12th International Multi-Conference on Systems, Signals

& Devices, March 16 - 19, 2015 - Mahdia, Tunisia.

DOI: 10.1109/SSD.2015.7348123

J28 22- Omar Daoud, “Hard Decision-Based PWM for MIMO-OFDM radar”, Communications

and Networks Journal, volume 7, pp. 30-42, 2015.

DOI: 10.4236/cn.2015.71004

J27 23- Qadri Hamarsheh and Omar Daoud, “Enhancing DVB-H BER based OFDM systems”,

Journal of Communications technology and Electronics, volume 60, no. 8, pp. 880-889,

2015. DOI: 10.1134/S1064226915080069

J26 24- Omar Daoud, Qadri Hamarsheh and Saleh Saraireh, “PAPR Reduction based on

Entropy Wavelet Transform for Sniffer Mobile Robot” International Journal of

Electronics and Communications- AEÜ, vol. 68, no. 12, pp. 1165-1172 December 2014.

DOI: 10.1016/j.aeue.2014.06.005 J25 25- Qadri Hamarsheh, Omar Daoud, and Saleh Saraireh, “Wavelet Entropy algorithm to

allocate the extreme power peaks in WiMax systems” International Journal of

interactive Mobile Technologies, vol. 8, no. 4, pp. 14-19, Oct. 2014.

PORTFOLIO

DOI: http://dx.doi.org/10.3991/ijim.v8i4.3766

J24 26- Omar Daoud, “PWM Technique To Overcome The Effect of High PAPR in Wireless

Systems” International Journal of Computer Networks and Communications, vol. 6, no.

4, pp. 53-64, Jul 2014. DOI: http://dx.doi.org/10.5121/ijcnc.2014.6405

J23 27- Omar Daoud, Qadri Hamarsheh and Saleh Saraireh, “Peak Detection Using Wavelet

Transform” International Journal of Computer Networks and Communications, vol. 6,

no. 4, pp. 107-114, Jun 2014. DOI: http://dx.doi.org/10.5121/ijcnc.2014.6410

C19 28- Ahlam Damati, Omar Daoud, and Qadri Hamarsheh,“ Wavelet Transform Basis to

Detect the Odd Peaks”, IEEE SSD'14, 11th International Multi-Conference on Systems,

Signals & Devices, Feb. 11 - 14, 2014 - Barcelona, Spain.

DOI: 10.1109/SSD.2014.6808766

J22 29- Omar Daoud, Qadri Hamarsheh and Wael Al-Sawalmeh, “ MIMO-OFDM Systems

Performance Enhancement Based Peaks Detection Algorithm”, International Journal of

interactive Mobile Technologies, vol.7, No.3, pp.4-8, July 2013.

DOI: http://dx.doi.org/10.3991/ijim.v7i3.2302

J21 30- Saleh S. Saraireh, Qadri J. Hamarsheh and Omar Daoud, “OFDM Peak Detection

Algorithm based on Wavelet Transform”, European Journal of Scientific Research,

vol.101, no.2, pp. 284-291, May 2013.

C18 31- Omar Daoud, Qadri Hamarsheh and Wael Al-Sawalmeh, “Enhancing the BER of

MIMO-OFDM Systems for Speaker Verification”, IEEE SSD'13, 10th International

Multi-Conference on Systems, Signals & Devices, March 18 - 21, 2013 - Hammamet,

Tunisia. DOI: 10.1109/SSD.2013.6564000

J20 32- O. Al-Ani, O. Daoud, and Ibrahim N. Abu-Isbeih,“ Coverage Planning in 3G

Multimedia Networks Based on Walsh Coding”, Transactions on Systems, Signals &

Devices, Issues on Communications and Signal Processing, vol. 7, no. 3, pp. 259-272,

Dec. 2012.

J19 33- O. Daoud, A. Damati and W. Al-Sawalmeh, “Enhancing The MIMO-OFDM Radar

Systems Performance Using GA”, Transactions on Systems, Signals & Devices, Issues

on Communications and Signal Processing, vol. 7, no. 3, pp. 247-258, Dec. 2012.

J18 34- Omar Daoud, Qadri Hamarsheh and Wael Al-Sawalmeh, “SPEAKER VERIFICATION

OVER MIMO-OFDM SYSTEMS BASED ON AI”, International Journal of Computer

and Communications, vol. 6, no. 4, pp.191-201. Dec. 2012.

J17 35- Omar Daoud and Mohammed Mahdi, “WIRELESS CELLULAR SYSTEMS

PERFORMANCE IMPROVEMENT BASED ON NEURAL NETWORK”,

International Journal of Communications, vol. 6, no. 4, pp.145-152. Dec. 2012.

J16 36- Wagah Mohammed, Omar Daoud and Munther Al-Tikriti, “POWER CONVERSION

ENHANCEMENT OF CDS/CDTE SOLAR CELL INTERCONNECTED WITH

TUNNEL DIODE”, Circuits and Systems Journal, vol 3, no 3, pp. 230-237, July 2012.

DOI: 10.4236/cs.2012.33032 J15 37- O. Daoud, " Performance Improvement of wavelet packet transform over fast Fourier

transform in Multiple-Input Multiple-Output Orthogonal Frequency Division

Multiplexing systems ", IET Communications, volume 6, issue 7, pp.765-773, June

2012. DOI: 10.1049/iet-com.2010.0974

C17 38- O. Daoud and A. Damati, “OPTICAL OFDM QoS IMPROVEMENT BASED ON

WAVELET PACKET TRANSFORM", IEEE SSD'12, 9th International Multi-

Conference on Systems, Signals & Devices, Chemnitz, March 2012.

DOI: 10.1109/SSD.2012.6198069

J14 39- K.Daqrouq, A. Al-Qawasmi, O. Daoud and W. Al-Sawalmeh, "SELF-ORGANIZING

PORTFOLIO

MAP WEIGHTS AND WAVELET PACKET ENTROPY FOR SPEAKER

VERIFICATION", INTERNATIONAL JOURNAL OF CIRCUITS, SYSTEMS AND

SIGNAL PROCESSING, vol. 6, no. 1, pp. 12-20, Feb. 2012. Pdf

J13 40- W. Al-Sawalmeh, K. Daqrouq and O. Daoud, "THE USE OF WAVELET ENTROPY

IN CONJUNCTION WITH NEURAL NETWORK FOR ARABIC VOWELS

RECOGNITION", WESEAS Transaction on Signal Processing, volume 7, issue 3,

pp.75-82, July 2011. Pdf

C16 41- W. Al-Sawalmeh, K. Daqrouq and O. Daoud, "WAVELET ENTROPY AND

PROBABILISTIC NEURAL NETWORK FOR ARABIC VOWELS RECOGNITION",

the 7th Jordanian International Electrical and Electronics Engineering Conference

Proceedings (JIEEEC), pp.1-5, Amman, April 2011.

J12 42- O. Daoud and Abdel Rahman Qawasmi, "IMPROVING THE OFDM-BASED DVB-T

SYSTEMS PERFORMANCE", Transactions on Systems, Signals & Devices, Issues on

Communications and Signal Processing, volume 5, no. 3, pp. 327-330, Dec., 2010.

C15 43- O. Daoud and A. Damati, "IMPROVING THE MIMO-OFDM SYSTEMS

PERFORMANCE-BASED GA", IEEE Workshop on multiMedia Applications over

Wireless Networks (MediaWin 2010), Riccione, Italy, June 2010.

DOI: 10.1109/ISCC.2010.5546598

C14 44- Mousa Al-Akhras and O. Daoud, “ Evaluating the NGN Performance based on

Duplicate Transmission of Voice Packets”, IEEE SSD'10, 7th International Multi-

Conference on Systems, Signals & Devices, Amman, June 2010.

DOI: 10.1109/SSD.2010.5585515

C13 45- O. Al-ani, O. Daoud, and Ibrahim N. Abu-Isbeih,“ Coverage Planning in 3G Multimedia

Networks Based on Walsh Coding”, IEEE SSD'10, 7th International Multi-Conference

on Systems, Signals & Devices, Amman, June 2010.

DOI: 10.1109/SSD.2010.5585510

C12 46- O. Daoud, A. Damati and W. Al-Sawalmeh, “Enhancing The MIMO-OFDM Radar

Systems Performance Using GA”, IEEE SSD'10, 7th International Multi-Conference on

Systems, Signals & Devices, Amman, June 2010.

DOI: 10.1109/SSD.2010.5585516

J11 47- Khaled Daqrouq, Ibrahim N. Abu-Isbeih, Omar Daoud & Emad F. Khalaf, "An

Investigation of Speech Enhancement Using Wavelet Filtering Method",International

Journal of Speech Technology (IJST) (Springer Publication), vol. 13, no. 3, pp. 101-

115, 2010. DOI: 10.1007/s10772-010-9073-1

J10 48- Wael Al-Sawalmeh, K. Daqrouq, O. Daoud, and Abdel Rahman Qawasmi , "Speaker

Identification System-Based Mel Frequency and Wavelet Transform using Neural

Network", European Journal of Scientific Research, vol.41, no.4, pp. 515-525, March

2010.

J9 49- Abdel Rahman Qawasmi and O. Daoud, "An OFDM Free Access Technique Using

Gold Sequence", European Journal of Scientific Research, vol. 37, issue 4, pp. 552-60,

Nov. 2009.

C11 50- K. Daqrouq, Emad Khalaf, O. Daoud, and A. Al-Qawasmi, " K-means Clustering

Algorithm for Wavelet Transform Speaker Identification System ", Third Mosharaka

International Conference on Communications, Signals and Coding (MIC-CSC2009),

Amman, Nov. 2009.

J8 51- O. Daoud, Abdel Rahman Qawasmi, and Khalid daqrouq, "Modified PCA Speaker

Identification Based System Using Wavelet Transform and Neural Networks",

International Journal of Recent Trends in Engineering, vol. 2, No. 1-6, pp. 319-24, Nov.

2009.

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J7 52- O. Daoud and O. Al-ani,"MIMO-OFDM -Based Robotic Mobile System performance

analysis", International Journal of interactive Mobile Technologies, vol. 3, No. 2, pp. 12-

17, Oct. 2009. DOI: 10.3991/ijim.v3s2.923

J6 53- O. Daoud and O. Al-ani,"PAPR Reduction by Linear Coding Techniques for MIMO-

OFDM System's Performance Improvement: Simulation and Harwdare

Implementation", The European Journal of Scientific Research, vol. 36, issue 3, pp. 376-

93 Oct. 2009.

C10 54- O. Daoud and O. Al-ani," MIMO-OFDM System's Performance Using LDPC Codes for

a Mobile Robot", The First International ICST Conference on Communications

Infrastructure, Systems and Applications in Europe, EuropeComm09, London, August,

2009. DOI: http://dx.doi.org/10.1007/978-3-642-11284-3_9

C9 55- Abdel Rahman Qawasmi and O. Daoud, "An OFDM Free Access Technique Using

Gold Sequence", IEEE Region 8 Eurocon 2009 Conference, Eurocon2009, Russia, May

2009.

C8 56- O. Daoud and Abdel Rahman Qawasmi, "Efficient Performance of COFDM-Based

DVB-T", IEEE SSD'09, 6th International Multi-Conference on Systems, Signals &

Devices, Tunisia, March 2009. DOI: 10.1109/SSD.2009.4956809

J5 57- O. Daoud and O. Al-ani, " Peak to Average Power Ratio Reduction Technique for

MIMO/OFDM Systems", International Journal of Mobile Communications, IJMC, Vol.

7, No. 6, 2009 DOI: http://dx.doi.org/10.1504/IJMC.2009.025535

J4 58- O. Daoud and O. Al-ani, " Reducing PAPR by Utilization of LDPC CODE ", IET

Communication Proceedings, vol. 3, Issue 4, pp. 520-9, April 2009

DOI: 10.1049/iet-com.2008.0344

C7 59- O. Daoud, "Use of LDPC to improve the MIMO-OFDM systems performance", IEEE

SSD'08, 5th International Multi-Conference on Systems, Signals & Devices, pp. 1-5,

Amman, 20-22 July 2008. DOI: 10.1109/SSD.2008.4632778

C6 60- O. Daoud and S. Linfoot, " Improving MIMO-OFDM-based DVB-H systems

performance using LDPC codes ", ISCE 2008, IEEE International Symposium on

Consumer Electronics, pp. 1-4, Portugal, 14-16 April 2008.

DOI: 10.1109/ISCE.2008.4559560

C5 61- O. Daoud, "USE of LDPC codes in MIMO-OFDM-based DVB-H systems-A Hardware

design for a PAPR reduction technique", Knowledge Based Industries Nanotechnology

Conference in Doha - Qatar 11th - 12th February 2008.

J3 62- M Al-Akaidi, O. Daoud, and S. Linffot, "A new Turbo Coding Approach to reduce the

Peak-to-Average Power Ratio of a Multi-Antenna-OFDM", International Journal of

Mobile Communications, vol. 5, no.3, pp. 357-369 ,2007.

DOI: http://dx.doi.org/10.1504/IJMC.2007.012399

J2 63- M Al-Akaidi and O. Daoud, "Reducing the Peak-to-Average Power Ratio Using Turbo

Coding ", IEE Proceeding Communications, vol. 153, issue 6, pp. 818 – 821, Dec.

2006. DOI: 10.1049/ip-com:20060061

J1 64- M Al-Akaidi, O. Daoud, and J. Gow, "MIMO-OFDM-based DVB-H systems: A

Hardware design for a PAPR reducing technique", IEEE Transaction on Consumer

Electronics, vol. 52, issue 4, pp. 1201-1206, Nov 2006.

DOI: 10.1109/TCE.2006.273134

C4 65- O. Daoud, M Al-Akaidi and J. Ivins, "MIMO-OFDM channel modeling and

performance ", the 8th International Middle Eastern Multiconference on Simulation and

Modelling (MESM2006), Mercure Romance Hotel, Alexandria, Egypt, Aug. 2006.

C3 66- O. Daoud, M Al-Akaidi and J. Ivins, "The Capability of Reducing the PAPR by Turbo

Coding ", the 7th International Middle Eastern Multiconference on Simulation and

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Modelling (MESM2005), the University of Porto, Portugal, Oct. 2005.

C2 67- O. Daoud, M Al-Akaidi and J. Ivins, "Performance Analysis of OFDM by optimizing

PAPR", 6th International Conference on 3G and Beyond (3G2005), the IEE, Savoy

Palace, London, UK, 2005.

C1 68- O. Daoud and M Al-Akaidi, "Improving the QoS for the 3rdG and Beyond Systems",

London Communications Symposium (LCS2004), University of College London,

London, UK 2004.

Training Experience:

Training tutor for the following courses:

A 3G and Beyond Technologies Training Course.

RF and Microwave Systems Course.

Optical Communication Course.

Professional Memberships:

Vice-Chair, IEEE Communication Society, Jordan Chapter Jan. 2018

Focal point in the EU-Jordanian II S&T partnerships 2013-2015.

Board membership of the 7th National Technology Parade, Amman 2014.

Part of the examination committee for an MSc postgraduate course.

Jordanian Engineering Association (JEA).

The Royal Society for the Conservation of Nature (RSCN)/Jordan.

Editorial Board of the Institute of Engineering and Technology (IET)/ The Middle East/North Africa geographical region Journal.

Organizing Committee of the IEEESSD'8 multiconference, Amman 2008

Organizing and Program Committees of the IEEESSD'9 multiconference, Tunis 2009

Organizing Committee of the IEEESSD'10 multiconference, Amman 2010

Organizing Committee of the 4th National Technology Parade, Amman 2011

Organizing Committee of the IEEESSD'12 multiconference, Chemnitz, Germany 2012 (Philadelphia University side).

Chairman of the local organizing committee of the IEEE CITS 2012 Conference, Amman 2012 (Philadelphia University side).

Organizing Committee of the 5th National Technology Parade, Amman 2012

Chairman of the Advisory Committee-Philadelphia University (2007-2010)

Faculty Council (2007-till date) Skills:

1) PC software, hardware and maintenance. 2) Internet knowledge. 2) Front page 2000, MATLAB, CAD2000, verilog HDL, FPGA programming.

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3) ECDL Certificate granted at 28/04/2006 Supervised Undergraduate Projectsn and Awards:

Track the Brain Activities based on IoT, 2018

Smart Solar Cell-based Configuration System, 2018

Underwater communication systems based on IoT, 2018

Smart Traffic Light System, 2018

Smart Road System, 2018

Colored LED Smart Drawing Board, 2017

Honey Bee Smart Extraction Process Based IoT, 2017

Free-Licensed Band Jammer- Got the 2nd award in the 7th National Technology Parade 2014.

Earth quake sensing device based wireless technologies, 2012

Visually impaired smart reader- Got the 2nd award in the 4th National Technology Parade 2010.

Mobile Sniffer 2010.

Cursing System- Got the 2nd award, Queen Rania for Innovation-King Abdulla the second of Security Award 2008.

OFDM Efficiency-based combating the synchronization problem, 2008

Funded Projects:

Introducing Recent Electrical Engineering Developments into undErgraduate cuRriculum (IREEDER) project (2019): It is a funded project by the European Union under the capacity building calls, referenced “Erasmus+ CBHE proposal 609971-EPP-1-2019-1-JO-

EPPKA2-CBHE-JP”. The IREEDER aims to improve the capacities of high quality education, using state of art technology and training staff on improving the quality of the courses taught by making best use of these technologies. The developed courses will be oriented to the recent technologies in electrical engineering including internet of things, cyber security and renewable energy in addition to their different applications. All these courses will be in accordance with Bologna requirements. Its specific objectives are:

(1) Develop, integrate, accredit, and evaluate courses with appropriate laboratories' components in renewable energy and energy efficiency, internet of things, and cyber security jointly taught by universities in Jordan and brought into line with the Bologna requirements. These courses will be developed and thought by English language.

(2) Engage faculty in the development of interactive instruction techniques for lectures and laboratory courses and sharing experiences with EU partner universities.

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(3) Develop and implement course content using Virtual Learning Environment (VLE) delivery and remote labs.

(4) Extend services and training in collaboration with the local and regional industry and community.

(5) Improve the human capacity of Jordanian Universities by providing training and upgrading opportunities in EU for aspiring young and women academic members of staff.

Energy Consumption Efficiency Management (ECEM) project (2015-2016): It is a funded project by the European Union under the Support to Research, Technological Development and Innovation in Jordan- phase two (SRTD-II) projects. The ECEM is a joint work between Philadelphia University in Jordan and the University of Strathclyde in Scotland, where an in kind contribution has been given from both universities. ECEM project is concluded in the following points:

1. Design a smart wireless sensor and actuator network (SWSAN) for remote energy consumption monitoring and energy management

2. Test and deploy the developed platform into three faculties’ buildings in addition to the presidency building;

3. Quantify energy saving potential and provide recommendation for energy savings and retrofit solutions

4. Establish coherent and efficient research and development cluster in order to perform high-quality research and development in the field of energy monitoring and management.

Efficient Power Consumption using Predictive Data Analysis Method (2015): It is a collaborated work funded by both of Philadelphia University in Jordan and the University of Strathclyde in Scotland. This project is described as follows:

(1) Study the interactions between large scale projects such as five stars hotels, nowhere large companies or sensitive military locations, and Smart Grids through the creation of energy models, advanced communications and digital signal processing.

(2) Developing integrated-communications-infrastructure-spanning large scale projects and the provision for scalable data management to find the optimum manor to consume the limited power source or to decrease the combustion of the available power source till the optimum level.

(3) Review large scale projects technologies such as the Smart Large projects concept, laboratory test Smart large scale projects sensors, communications and automation features.

(4) Characterize the relationships between household energy

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service needs, home-based ICT applications and people through empirical studies and development of appliance energy models, in fact, we can even apply all these features over the main energy source for such large projects that contain all these clients.

(5) Understand user behavior w.r.t energy usage and design optimal energy feedback mechanisms that stimulate energy saving, and then develop and evaluate a low-cost wireless sensing and limited area networking platform based on machine-to-machine (M2M) communications that enables information exchange between home appliances and autonomous demand response functionalities. This allows us to save the energy even in the communication system besides the combusted energy in the daily life or functions.

Free-Licensed Band Jammer Project (2014-2015): It is about an outdoor jammer in the range of 100 m for the whole free-licensed band. It is funded by both the King Abdullah II Design and Development Bureau (KADDB); which is an independent government entity within the Jordan Armed Forces (JAF) that aims to be the globally preferred partner in designing and developing defense products and security solutions in the region, and the King Abdullah Financial District (KAFD).

Statement of Teaching:

The academia is a passion and it’s not for everyone. Thus, the opportunities to enhance

and boost your teaching skills, working with students and developing your own

educational materials are the primary reasons for seeking an academic career.

I have dedicated much of my time since I have got my Bachelor degree in 1999 to

enhance and build my academic background and teaching experience. Over this period, I

have acquired extensive and comprehensive teaching experience starting from teaching

and supervising engineering laboratories, getting my Master of Science in electrical

engineering and till achieving my Philosophy of Doctorate in Communications and

Electronics engineering in 2006.

In 2004, I have got a scholarship from Philadelphia University to attain my PhD degree in

Communications and Electronics Engineering from De Montfort University (DMU) in

the United Kingdom. I have been employed by DMU as a part-time lecturer several times

during the period of getting my degree.

In 2007, I have granted my first academic title as an assistant professor from Philadelphia

University. From that’s date, my scholarly interests fall into the physical layer of the

mobile cellular systems in addition to the electronics based modifications. This is

specified as:

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OFDM issues, which contain the synchronization in addition to the

PAPR.

MIMO systems performance

Coding techniques and their usage in the cellular systems.

Signal processing techniques; FT, Wavelet Discrete Transforms and Neural

Networks.

Electronics and Solar Diodes.

The collaborative authorship is one of the main issues that I am trying to spread and to

reflect using my teaching philosophy; thus, I encouraging the student-centered teaching

instead of the "full frontal teaching" method in addition to make the class as a

community. This means that in both composition and literature classes, I have students

spend a fair amount of time in smaller groups in which they not only talk and think

together, but write together. During the last five years I have taught around 16 different

courses starting from the basics in engineering to specialized topics.

Teaching Philosophy:

It is obvious that the student who is interested in a subject will become a creative.

However, not every student has this state of mind. Therefore, a huge responsibility will

be burden on the teacher’s shoulders to change the mood of these students and present the

subject in a simple and interesting manner.

Also, one of the important things in teaching the introductory courses is to show them

how to approach the subject. Moreover, emphasizing the topics is crucial in higher-level

courses, thus the students will learn the real meaning of planning, design, and work as a

team. Finally, the ability to intelligently and objectively critique the work of others is a

necessary pioneer to being able to accurately evaluate one’s own work.

Teaching Style:

To have a successful teaching process, the principle of teaching style should be divided

into the following:

Grading policies:

Fair and clear policies should be declared. This will help them to focus on how will

receive a good grade.

Goals:

First policy to be set is clear and realistic goals since that the challenging and

achievable goals initiate the students fast response. This will enhance the students’

accomplishment sense and do not make them either feel boring or frustrate them.

Misconceptions:

It is important to identify and fix misconceptions early, since you will experience

difficulties when they take root.

The vital factor; the students:

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Students should be involved in the teaching process. They must have the passion to

learn; be active rather than passive observers. They understand firmly from what

doesn’t work as learning what does. Rather than memorizing the correct answers, they

should be encouraged to learn from their mistakes and why the incorrect answer is

wrong.

Furthermore, interests and needs of each student should be respected. This will help

them in achieving their goals. This is due to different background and level of

preparation for them. Student engagement is useful especially after any major idea.

This could be attained by unmarked quizzes to engage them and identify any

misconception. Moreover, it’s a marker to show how well I am in explaining the

material and holding the students attention. Sometimes, it is useful to get their

feedback using a short questionnaire even once a semester. Therefore, the engagement

is a crucial element during the class.

Inclusive Education: In relation to students, the issue of equity is considered as a major force internationally.

Thus, I am trying to spread and to reflect using my teaching philosophy; thus, I

encouraging the student-centered teaching instead of the "full frontal teaching" method in

addition to make the class as a community. This means that in both composition and

literature classes, students spend a fair amount of time in smaller groups in which they

not only talk and think together, but write together. Students should be involved in the

teaching process. They must have the passion to learn; be active rather than passive

observers. They understand firmly from what doesn’t work as learning what does. Rather

than memorizing the correct answers, they should be encouraged to learn from their

mistakes and why the incorrect answer is wrong.

During the last years I have taught around 16 different courses starting from the basics in

engineering to specialized topics. Furthermore, interests and needs of each student should

be respected. This will help them in achieving their goals. This is due to different

background and level of preparation for them. Student engagement is useful especially

after any major idea. This could be attained by unmarked quizzes to engage them and

identify any misconception. Moreover, it’s a marker to show how well I am in explaining

the material and holding the students attention. Sometimes, it is useful to get their

feedback using a short questionnaire even once a semester. Therefore, nevertheless the

background of the students, their engagement is a crucial element during the class.

Statement of Research: My scholarly interests fall into the physical layer of the mobile cellular systems, which

cover the followings:

OFDM issues, which contain the synchronization in addition to the PAPR.

MIMO systems performance

Coding techniques and their usage in the cellular systems.

PORTFOLIO

Signal processing techniques; FT, Wavelet Discrete Transforms and

Neural Networks.

Solar Diodes.

During the last years, I have been funded for completing three research projects. A

project entitled “Energy Consumption Efficiency Management (ECEM)” has been

funded by the European Union under the umbrella of the SRTD-II and collaborated with

the University of Salford and the University of Strathclyde-UK in the period between

2015 and 2017. This project was aimed to

Design a smart wireless sensor and actuator network (SWSAN) for remote

energy consumption monitoring and energy management

Test and deploy the developed platform into three faculties’ buildings in

addition to the presidency building;

Quantify energy saving potential and provide recommendation for energy

savings and retrofit solutions

Establish coherent and efficient research and development cluster in order to

perform high-quality research and development in the field of energy

monitoring and management.

The second one was funded by the deanship of academic research and graduate studies

between 2014 and 2016. It has been funded in order to

Study the interactions between large scale projects such as five stars hotels,

nowhere large companies or sensitive military locations, and Smart Grids

through the creation of energy models, advanced communications and digital

signal processing.

Developing integrated-communications-infrastructure-spanning large scale

projects and the provision for scalable data management to find the optimum

manor to consume the limited power source or to decrease the combustion of

the available power source till the optimum level.

Review large scale projects technologies such as the Smart Large projects

concept, laboratory test Smart large scale projects sensors, communications

and automation features.

Characterize the relationships between household energy service needs,

home-based ICT applications and people through empirical studies and

development of appliance energy models; in fact, we can even apply all these

features over the main energy source for such large projects that contain all

these clients.

Understand user behavior w.r.t energy usage and design optimal energy

feedback mechanisms that stimulate energy saving, and then develop and

evaluate a low-cost wireless sensing and limited area networking platform

based on machine-to-machine (M2M) communications that enables

information exchange between home appliances and autonomous demand

response functionalities. This allows us to save the energy even in the

communication system besides the combusted energy in the daily life or

functions.

The third project is entitled by “Free-Licensed Band Jammer Project” and has been

funded by both of the King Abdullah II Design and Development Bureau (KADDB);

which is an independent government entity within the Jordan Armed Forces (JAF) that

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aims to be the globally preferred partner in designing and developing defense products

and security solutions in the region, and the King Abdullah Financial District (KAFD).

This project aims to build an outdoor jammer in the range of 100 m for the whole free-

licensed band.

Furthermore, I have supervised some graduation projects from different disciplines such

as:

Track the Brain Activities based on IoT, 2018

Smart Solar Cell-based Configuration System, 2018

Underwater communication systems based on IoT, 2018

Smart Traffic Light System, 2018

Smart Road System, 2018

Colored LED Smart Drawing Board, 2017

Honey Bee Smart Extraction Process Based IoT, 2017

Free-Licensed Band Jammer- Got the 2nd award in the 7th National

Technology Parade 2014.

Earth quake sensing device based wireless technologies, 2012

Visually impaired smart reader- Got the 2nd award in the 4th National

Technology Parade 2010.

As results of such research ideas, there are around 50 published manuscripts in a well

reputable journals and international conferences. These efforts have been crowned by the

award of the TWAS Young Scientist Award for Jordan 2018.

References:

1) Prof. Marwan Al-Akaidi Vice President, Academic Affairs Arab Open University-Head Quarter Kuwait Tele. Number: 965 (0) 97 242766 Email: m.al-akaidi@arabou.edu.kw, mmalakaidi@gmail.com

2) Dr. Mansour Abbadi Professor Electrical Engineering Dept. The Jordan University for Science and Technology Mob. Number: 962795574238 Email: mabbadi@just.edu.jo

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3) Dr. Dia Abu-Anadi Professor Electrical Engineering Dept. The University of Jordan Mob. Number: 962777653270 Email: dnadi@ju.edu.jo

4) Prof. Wejdan Abu Elhaija King Abdullah II School of Engineering Princess Sumaya University of technology Mob. Number: 962795158956 Email: elhaija@psut.edu.jo

5) Dr. Tarek Tutunji Associate Professor Mechatronics Department Engineering Faculty Philadelphia University Mob. Number: 96277464516 Email: ttutunji@yahoo.com

6) Dr. Omar Al-Ani Assistant Professor, School of Computing, Science & Engineering Salford University, Manchester United Kingdom Tele. Number: 44 (0)161 295 3712 Email: o.y.k.alani@salford.ac.uk

7) Dr Wael Al-Sawalmeh Associate Professor Head of Communications Engineering Dept Al-Hussien Bin Talal University Mob. Number 962796786786 Email: walsawalmeh@ahu.edu.jo

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