M. R. Zaman
Also known as: Md. Rokunuzzaman, Md Rokunuzzaman Robel
RMIT University, National University of Malaysia, Multimedia University - Cyberjaya Campus
Research areas: Engineering · Electrical and Electronic Engineering · Antenna Design and Analysis · Advanced Antenna and Metasurface Technologies · Microwave Engineering and Waveguides
About
Dr. Md Robel is an accomplished Electrical Engineer specializing in Antenna Design and RF systems, with a strong academic foundation and extensive research experience. He earned his Ph.D. in Electronic Engineering from RMIT University, Australia, where he focused on cutting-edge research in electromagnetics, metamaterials, and microwave circuit systems. His academic journey also includes a Master of Science in Electronic Engineering from the National University of Malaysia and a Bachelor's in Electronics majoring in Microwave Communication from Multimedia University, Malaysia.
With a passion for advancing microwave and RF technologies, Dr. Robel has authored 27 papers in prestigious journals and conferences such as IEEE Transactions on Antennas and Propagation, Applied Physics Reviews, and Nature Electronics. His work spans a diverse array of topics, including narrowband bandpass frequency-selective surfaces, metasurface-enabled antennas, wearable medical devices, and advanced microwave sensing solutions. His innovative contributions have earned recognition and established him as a thought leader in the field.
Currently, Dr. Robel serves as a Research Fellow at RMIT University's Functional Materials and Microsystems Lab, where he leads significant projects involving industry collaborations. His work includes developing miniaturized biosignal monitoring systems, CO2 detection biosensors for respiratory health, and the integration of wide-band RF/Microwave sub-components. He has demonstrated a profound capability in system integration, prototyping, and testing for a range of RF and microwave applications, and has overseen several industry-linked research projects with collaborators such as Vlepis, Vital Trace, and Anura Medical.
Dr Robel has also been deeply involved in academia, contributing as a tutor and lab demonstrator for various engineering courses at RMIT University. His teaching responsibilities have included subjects such as Wireless and Guided Waves, Antennas for Mobile and Satellite Communications, and Radar Systems. His dedication to education is reflected in his Certificate of Recognition for outstanding teaching.
Dr. Robel has held leadership positions in academic and research settings throughout his career. He has supervised multiple PhD students, managed laboratory operations, and coordinated various multidisciplinary research initiatives. His technical expertise is complemented by proficiency in project management, utilizing tools such as ASANA and Microsoft Teams for efficient coordination and reporting.
In addition to his research and teaching contributions, Dr. Robel has been actively involved in community events, serving on committees at RMIT University and the National University of Malaysia. His commitment to fostering a collaborative environment and engaging with the community highlights his well-rounded approach to professional and personal endeavours.
Dr. Robel's achievements in RF, electromagnetics, and antenna research, combined with his practical experience in embedded systems and electronics, make him a valuable asset in any challenging research environment. His ongoing work continues to push the boundaries of innovation in wireless communication and medical sensing technologies.
Employment
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RMIT University Research Fellow2020 - Present
Education
- 2016 - 2020
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Universiti Kebangsaan Malaysia Master of Science (Space Science)2012 - 2015
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Multimedia University - Cyberjaya Campus Bachelor of Engineering (Hons.) Electronics Majoring in Microwave and Communications Engineering2008 - 2012
Projects & Funding
Projects & funding information is unavailable.
Publications (32)
- Battery-free, wireless, and skin-mountable multi-sensory patch for biosignal monitoring Save
- Frequency Selective Surfaces: Design, Analysis, and Applications Save
- Miniaturized Optical Glucose Sensor Using 1600–1700 nm Near‐Infrared Light Save
- Miniaturized 3‐Lead Electrocardiogram System Based on Einthoven Triangle for Wireless Cardiac Care Monitoring Save
- Dry electrode geometry optimization for wearable ECG devices Save
- Low-Profile Higher-Order Narrowband Bandpass Miniaturized-Element Frequency-Selective Surface Save
- Microwave power penetration enhancement inside an inhomogeneous human head Save
- Compact coplanar waveguide fed wideband directional antenna for medical diagnosis Save
- Effect of A Superstrate on On-Head Matched Antennas for Biomedical Applications Save
- Dual-Band Two-Sided Beam Generation Utilizing an EBG-Based Periodically Modulated Metasurface Save
- Metasurface-Enabled Antiparallel Dual-Beam Rectangular-Waveguide Antenna Save
- Reconfigurable Dual-Beam Lensing Utilizing an EBG-Based Anisotropic Impedance Surface Save
- Flexible two-dimensional indium tin oxide fabricated using a liquid metal printing technique Save
- Compact 3-D Antenna for Medical Diagnosis of the Human Head Save
- Biomedical antenna characterization in-front of homogeneous and frequency dependent inhomogeneous human head Save
- Transmitarray based metasurface lens antenna Save
- UWB Power Penetration Inside a Realistic Human Head Model Save
- A new design of bracket shape dipole and meander line UHF RFID tag Save
- Unidirectional Wideband 3-D Antenna for Human Head-Imaging Application Save
- Design of a Miniaturized Meandered Line Antenna for UHF RFID Tags Save