Masters

(Completed: 40, In progress: 1)


Supervision of Master of Science (by research) at Universiti Kebangsaan Malaysia (UKM):

1. Supervisor/ Co-Supervisor Zakaria Shams Siam
(P122047)
Medical Tomographic Image Reconstruction Based on Deep Learning In Progress
2. Supervisor Mohammad Shahriar Khan Hemel
(P114543)
Design of A Low Phase Noise Power-Efficient CMOS Phase Locked Loop for High Band 5g Transceiver Applications Completed 2022-2024
3. Supervisor Moajjem Hossain Chowdhury
(P113968)
Predicting Heart Rate and Respiration Rate Using Remote Photoplethysmography for Vital Health Metric Monitoring Using Deep Learning Completed 2022-2024
4. Supervisor Md Nazmul Islam Shuzan
(P114153)
Classification of healthy and impaired gaits using Ground Reaction Force (GRF) signals Completed 2022-2024
5. Supervisor Khandaker Reajul Islam
(P111445)
Early Prediction of Sepsis Using Machine Learning Techniques Completed 2021-2023
6. Supervisor Md Shafayet Hossain
(P108100)
Motion Artefacts Removal from EMG Signal Completed 2021-2023
7. Supervisor Araf Farayez
(P90055)
Predictive Analysis of Next users Action in Smart Home Completed
2017-2019
8. Supervisor Ng Charn Loong
(P73278)
A Contactless Sensing System for Extramural Monitoring of Muscle Activity Completed
2016-2018
9. Supervisor Md. Torikul Islam Badal
(P84117)
Developing Transmitter for RFID Tag using 0.13µm CMOS Technology Completed
2016-2018
10. Supervisor Siti Nurul Salwa Binti Sh Abdul Nasir
(P64102)
An Efficient Accident Location System Employing QGIS Completed
2013-2015
11. Supervisor Jubayer Jalil
(P58255)
Design of Ring Oscillator Based VCO and Frequency Divider for Active RFID Transponder Completed
2011-2014
12. Supervisor Rubana H. Chowdhury
(P64138)
Classification of the Surface Electromyographic Signal for Detecting Localized Muscle Fatigue Completed
2012-2014
13. Supervisor Mohammad Marufuzzaman
(P52909)
Hardware Implementation of Current DQ PI controller for Permanent Magnet Synchronous Motor Drive Completed
2009-2011
14. Supervisor Labonnah Farzana Rahman
(P52906)
The Design and Fabrication of Low Power Sense Amplifier and Charge Pump Circuits for Readerless RFID Transponder Completed
2009-2011
15. Supervisor Muhammad Raisul Alam
(P44359)
Hardware Prototyping of Agent Based Intelligent Control for Home Appliances Completed
2008-2010
16. Supervisor Nissar Mohammad Karim
(P44360)
Design of an Integrated Demodulation System for 13.56 MHz RFID Reader Completed
2008-2010

Supervision of Master of Engineering (by research) at International Islamic University Malaysia (IIUM):

1. Co-Supervisor Md. Jasim Uddin The Development of Power Control Module in RFID Reader Circuit Design Completed
2007-2010
2. Co-Supervisor Muhammad Asraful Hasan Hardware Prototyping of Fetal Heart Rate Monitoring System using Artificial Intelligence Completed
2007-2009
3. Co-Supervisor Awss Jalal Hardware Realization of a Multi-Agent System for Smart Home, Master of Engineering Completed
2006-2008
4. Co-Supervisor Mohammed Sazzad Hussain FPGA Implementation of Higher Order Statistics algorithm for EMG Signal analysis and characterization Completed
2006-2007

Supervision of Master of Engineering and Science (by research) at Multimedia University (MMU):

1. Supervisor Masuma Akhter Hardware Prototyping of An Efficient Image Compression System in Real-Time for Mobile Communication Completed
2004-2006
2. Co-Supervisor Khaw Mei Kum The IC Design of RFID Reader and Transponder Completed
2004-2006
3. Co-Supervisor Teh Ying Khai The IC Design of Configurable UHF RFID Transponder System with UART Interface Completed
2004-2006
4. Co-Supervisor Shazia Seemi High Speed Nyquist Analog to Digital Converter in CMOS Completed
2003-2006
5. Supervisor Florence Choong Chiao Mei Hardware Realization of Fuzzy Wavelets Neural Network to Power Quality Analysis Completed
2003-2006

Supervision of Master of Science in Microelectronic (by course work) at Universiti Kebangsaan Malaysia (UKM):

1. Supervisor Khairun Nisa’ Binti Mihat
(P60843)
A Development of Low Power Dynamic Phase Frequency Detector with Charge Pump and Loop Filter for High Speed PLL Application in 0.18- m CMOS Completed
2013
2. Supervisor Mastura Binti Omar
(P65374)
Design and Implementation of Band Pass Filter for 2.45GHz Readerless RFID Transponder Completed
2013
3. Supervisor Vahid Sohani
(P50903)
FPGA Realization of Fuzzy Inferencing for Signature Verification and Forgery Detection Completed
2012
4. Supervisor Lee Wee Kee
(P57793)
The Design of Neural Network Based IRIS Recognition Hardware using FPGA Completed
2011
5. Supervisor Hamzeh Aljarajreh
(P62277)
Development of Low Noise Amplifier in Analog Front of Readerless RFID Tag Completed
2010

Supervision of Master of Engineering in Microelectronic (by course work) at Multimedia University (MMU):

1. Supervisor Eugene Lim Soon Tat Hardware Synthesis of Fuzzy Inference for Signature Verification and Forgery Detection Completed
2005–2006
2. Supervisor Chin Chee Loong Leakage Current Mechanism and Reduction Techniques in Deep Submicron CMOS Circuits Completed
2004–2006
3. Supervisor Shee Kian Wong I/O Buffer Behavioral Modeling Completed
2004–2006
4. Supervisor Kok Hong Chan Design Challenge and Circuit Solution for 0.13um USB2 Transmitter Completed
2003–2006
5. Supervisor Mohammad Azam Bin Mohammad Clock Tree Generation Completed
2002–2006
6. Supervisor Teoh Kong Yu VHDL Modeling of Speech Recognition using Neural Network Completed
2002–2005
7. Supervisor Tan Hung Khong VHDL Modeling of Fetal QRS Complex Detection Algorithm Completed
2002–2004
8. Supervisor Ong Seng Hooi VHDL Modeling of QRS Complex Detection Algorithm Completed
2001–2003
9. Supervisor Ong Poay Yin FIR Filter Design using VHDL Completed
2001–2003
10. Supervisor Huang Seow Ling Pipelined Floating-Point ALU Design Completed
2001–2003
11. Supervisor Yew Teong Guan A RISC Design: Synthesis of the MIPS Processor Core Completed
2001–2003

Faculty of Electronic Engineering & Technology
Universiti Malaysia Perlis (UniMAP)
Pauh Putra, 02600 Arau, Perlis
Malaysia
Phone: +60-133819838 / +880-1325681061
Email: mamun.reaz@gmail.com, mdmamun@unimap.edu.my