Thang Q. Nguyen received the BE degree in telecommunication engineering from Ho Chi Minh University of Technology (HCMUT), Ho Chi Minh City, Vietnam in 2017. After that, he joined the Sensors Lab, where he conducted the multiband RF energy harvesting system. He got the Ms.E. in Electronic Engineering from King Abdullah University of Science and Technology, Makkah, Saudi Arabia in 2019. He also conducted researcch reagarding meta surface for the next 6th generation of communication in CCSL lab.
MSc in Electrical Engineering
King Abdullah University of Science and Technology (KAUST), Saudi Arabia, 2019
B.E in Electronics and Telecommunications
Ho Chi Minh city University of technology (HCMUT), Vietnam, 2017
e-Silicon SUN FLOWER AWARD for talented students, 2016
Human Body Communication (HBC) using the human body as the channel for communication. In this project, with the help of HFSS simulation software, we investigate serveral aspects regarding the communication platform such as electrode (size, shape, material), modulation technique (QPSK, BPSK, ASK), coupling technique (capacitive, galvanic) .
Billions of wireless sensing devices must be powered for IoT applications. Collecting energy from the ambient environment to power sensor nodes is a promising solution. Solar energy has been one of the main sources of ambient energy due to its availability, higher power density, and the maturity of the solar photovoltaic industry. However, there are many scenarios (indoor environment, outdoor environment during nighttime, poor weather conditions, underground, etc) where ambient solar energy is either not available or not sufficient for practical applications. For such scenarios, other renewable sources of energy must be sought. In this project, we employed the thermal and RF energy
RF energy from the ambient environment can be harvested and converted to DC energy that can power electronic devices. However, the spectrum of RF energy is very board and single frequency is not enough to power the device. The challenging is that designing the board band rectifier is imposible due to non-linear behavior of the diode. Therefore, in this project, we desinged a triple band rectifier that can harvest energy from 3 different band (GSM 900, GSM 1800, 3G 2100 MHz) simultaneously.
The results of recent projects are published in the following papers
Fully printed 3D cube-shaped multiband fractal rectenna for ambient RF energy harvesting
AzamatBakytbekov, Thang Q.Nguyen, CuongHuynh, Khaled N.Salama, AtifShamim
Multi‐source ambient energy harvester based on RF and thermal energy: Design, testing, and IoT application
Azamat Bakytbekov, Thang Q. Nguyen, Weiwei Li, Anton Lee Cottrill, Ge Zhang, Michael S. Strano, Khaled N. Salama, Atif Shamim
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