Mohammed khaire Hussain Khessro
Research InterestsAntenna Design
Telecommunication
IOT
AI
Medical Enginering
| Gender | MALE |
|---|---|
| Place of Work | Mosul Technical Institute |
| Position | Division official |
| Qualification | Master |
| Speciality | Electrical engineering |
| mohammed.khaire@ntu.edu.iq | |
| Phone | 07701812555 |
| Address | Iraq-Mosul, Mosul, Mosul, Iraq |
Personal information
• Name: Mohammed Khaire Hussain
• Date of birth: September 9th, 1979.
• Place of birth: Iraq, Baghdad.
• Gender: Male.
• Civil state: Married.
• Nationality: Iraqi.
• Mobile: 07701812555
• E-Mail : mohammed.khaire@ntu.edu.iq
Qualification
• M.Sc. certificate Electronic and Communications Eng. Mosul University – Iraq 2013, research (Analysis and Design of Microstrip Antennas for Mobile Application.)
• B.Sc. certificate Electronic and Communications Eng. Mosul University – Iraq 2002.
• Member in Iraqi Engineers Union.
• Member in Kurdistan Engineer Union.
• Certificate in IC3 CERTIPORT in 2010.
• Certificate from Higher Technological Institute [Egyptian-German Project (German Technical Cooperation (GTZ))] in (Computer Maintenance Implemented) with Excellent Degree in Egypt in 2006.
• Certificate in CISCO Network (CCNA),I had excellent in CISCO Academic in 2006.
• Certificate in CISCO Information Technology (ITE),I had excellent and instructor in CISCO Academic in 2007.
• Certificate in Networking / Republic of Iraq Ministry of Planning & Dev. Coop. AlQudes School. Mosul Unit in 2009.
• Certificate in Widows Server / Republic of Iraq Ministry of Planning & Dev. Coop. AlQudes School. Mosul Unit in 2009.
EXPERIENCES
• Before 2004. Work Shop engineer, maintenance engineer in Electronic Device, Computers Device, Mobiles Device, Computers and Mobiles Networks.
• Feb. 2004 to June. 2004 Engineer contractor, Electronic Technical Dep., Mosul Technical Institute. Supervising engineer on the maintenance of computers and Internet networks.
• Jul. 2004 to Feb. 2006 Engineer contractor, Computer Center, Mosul Technical Institute., Supervising engineer on the maintenance of computers and Internet networks.
• March. 2006 to Sep. 2010 Supervisor Engineer, Computer Center, Mosul Technical Institute., Supervising engineer on the maintenance of computers and Internet networks.
• Sept. 2009 to Sep. 2010 Instructor, Electronic Management, Technical College of Management/Mosul, Information Technology conducting weekly lectures for undergraduate students.
• Nov. 2010 to Nov. 2011 MSc Student, Electronic & Communication Dep., Electrical Engineering, Mosul University, MSc Courses.
• Nov. 2011 to Nov. 2013 MSc Student, Electronic & Communication Dep., Electrical Engineering, Mosul University, MSc Research.
• Sept. 2013 to Jun. 2014 Assistant lecture, Electronic Technical Dep., Technology Department, Mosul Technical Institute. Electrical circuits and measurements conducting weekly lectures for technical institute students (1st stage).
• Sept. 2013 to Jun. 2014 Assistant lecture, Management of materials Dep., Managements Departments, Mosul Technical Institute. Computer Application. Conducting weekly lectures for technical institute students (2nd stage).
• Sept. 2014 to July. 2017 Assistant lecture, Computer Systems Dep., Mosul Technical Institute. Data Base & Computer Networks. Conducting weekly lectures for technical institute students (2nd stage).
• Sept. 2017 to June. 2018 Assistant lecture, Nursing Dep., Mosul Technical Institute. Computer Application. Conducting weekly lectures for technical institute students (2nd stage).
• Sept. 2018 to Jun 2020, Electronic dep., Mosul Technical Institute, Conducting weekly lectures for technical institute students (2nd stage) for Digital Control & Digital subjects & Graduate Projects.
• March. 2022 till now Lecture, Electronic dep., Mosul Technical Institute, Conducting weekly lectures for technical institute students for Electrical Circuits and Graduate Projects.
• I am an instructor in CISCO Network Academy to learning IT from 2007.
• I have experience in maintenance and programming computers with office programs and operating systems.
• I have experience in CST (Computer Simulation Technology) Antenna Design.
• I have experience in MapInfo, TEMS Investigation for 2G & 3G test, Huawei Genex tools.
• I have experience in teaching materials Electrical & Computer engineering (Math, Circuits, networks, communication, Electronics, etc…)
• Work by part time as Telecommunication Engineer in some projects for GSM mobile in North of Iraq.
RESEARCH
1- Plan and Simulation Yagi Micro-Strip Antenna for 10GHz Applications
NTU Journal of Engineering and Technology, Vol. 1 No. 3 (2022)
2- Investigation of Cochlea Response Based Signal Processing
IOP Conference Series: Materials Science and Engineering, 2020, 745(1), 012104.
3- Simulating of OFDM systems for noise abolition in the long-term evolution application
Pervasive Health: Pervasive Computing Technologies for Healthcare, 2020, 2, pp. 28–36
4- Image steganography using exploiting modification direction for compressed encrypted data. Journal of King Saud University - Computer and Information Sciences, 2019
5- The positive impact of utilizing university blended learning on students acquiring and maintaining information in the field of computers and information network.
International Journal of Advanced Research (IJAR) 6 (11), 9, 2018.
6- Design and Fabrication of a Compact Annular Ring Slot Patch Antenna of
Enhanced Bandwidth.
International Journal of Enhanced Research in Science Technology & Engineering, Vol. 2 Issue 9, September-2013
Academic Qualification
Master
Sep 20, 2010 - Nov 28, 2013Master Electrical Engineering - Electronic & Communication
Bachelor's
Sep 21, 1997 - Jul 1, 2002Electrical Engineering - Electronic & Communication
Publications
Remote Control and Monitoring System for rural Pump stations using PLC
Sep 26, 2024Prediction of the discharge coefficient of steeply crested inclined weirs using different neural network techniques
Dec 29, 2023Plan and Simulation Yagi Micro-Strip Antenna for 10GHz Applications
Sep 9, 2022Simulating of OFDM Systems for Noise Abolition in the Long-Term Evolution application
Sep 3, 2020Investigation of Cochlea Response Based Signal Processing
Mar 1, 2020Journal IOP Conference Series: Materials Science and Engineering
DOI https://doi.org/10.1088/1757-899X/745/1/012104
An efficiency of cochlea has a significant contribution in a quality of human hearing and in a language development of newborn. The efficiency of cochlea clinically measured using Distortion Product Otoacoustic Emission (DPOAE). The measurement mainly restricted by acoustic interferences that disrupt response estimation. The disrupted estimation gives rise to repetition in measurement for many times or probably inaccurate efficiency assessment. In this study, investigation of cochlea response estimation was considered based on signal processing (SP), which was regarded as preliminary step toward interference reduction. An in-vivo measurement was performed on a left ear of 36 years old female with normal hearing, where cochlea stimulation and response recording was conducted using personal computer sound card in conjunction of sensitive probe system of ER-10C. The response signals were recorded and then analyzed off-line using SP of Fast Fourier Transform (FFT) and Band Pass-Finite Impulse Response (BP-FIR) filter. Results show that DPOAE frequency components can be extracted using proposed SP method at interference-free situation, where BP-FIR parameters of bandwidth 50Hz-200Hz and order 32-2048 have to be adjusted based on stimulation parameters. The findings dedicate useful investigated parameters for real-time implementation, and for further SP development at interference situation.
Image steganography using exploiting modification direction for compressed encrypted data
Apr 13, 2019Journal Journal of King Saud University - Computer and Information Sciences
DOI https://doi.org/10.1016/j.jksuci.2019.04.008
Building a balanced relation between image quality and the payload, the robustness of the method in facing electronic attacks and securing data, all the mentioned processes represent the main challenge in steganography. Here, a novel approach to steganography is suggested using Vigenere Cipher and Huffman Coding methods to encrypt and compress the mystery message content. This approach will raise the security and ensure the message content cannot be extracted without earlier knowledge of decrypting rules and the Huffman Dictionary Table. Later, the image is segmented into blocks, size (w*h) groups for each block and with each group having n pixels. Subsequently, the knight tour algorithm and arbitrary function are utilized to select which blocks and groups can be used to conceal the mystery digit within a specific pixel in the group randomly. This is to address the weakness of the Exploiting Modification Direction (EMD) technique that uses a serial selection to enhance the robustness of the suggested scheme. The EMD technique is then utilized to insert the mystery digits inside a specific pixel. Later, the chi-square method is employed to apply statistical attacks on the stego-image to estimate the suggested scheme robustness. The empirical outcomes show that the suggested scheme is more efficient compared to the old Steganography schemes with respect to Imperceptibility by PSNR of 55.71 dB, the Payload of 52,400 bytes and the robustness.