Resume – Personal Info
I am a goal-oriented RF design engineer with more than 6 years of experience designing innovative different types of antenna and RF products by way of demonstration. The implementation of cutting-edge concepts is driven by research and analysis, from large-scale product development to feasibility study. During 3 years of postdoctoral research career, experienced with different types of antenna design, fabrication, and measurement in different criteria.
COMPUTER SKILLS
- ST STUDIO SUITE
- ALTAIR FEKO
- ANSYS HFSS
- KEYSIGHT ADS
- MATLAB
- MICROSIM Ps PICE
- MICROSOFT OFFICE
- POWER POINT
- MICROSOFT EXCEL
- VISIO
COMPUTER SKILLS: 2
- PROGRAMMING C/C++
- LINUX (FEDORA CORE)
- INTERNET & E-MAIL
- PC ASSEMBLING
- TROUBLESHOOTING
- SOFTWARE DEVELOPMENT
LANGUAGE
- ENGLISH
- HINDI
- BANGLA
HOBBIES
- WATCHING MOVIE
- TRAVELLING
- PHOTOGRAPHY
- WATCHING FOOTBALL
- WATCHING CRICKET
- LISTENING TO MUSIC
OTHER SKILLS
- MENTORSHIP
- MANAGEMENT
- LEADERSHIP
- DYNAMIC TEAM MEMBER
References
1) Dr. Jorge L. Salazar-Cerreno
William H. Barkow Presidential Associate Professor
School of Electrical and Computer Engineering (ECE)
Advanced Radar Research center (ARRC)
The University of Oklahoma, Norman
3190 Monitor Av. Norman Oklahoma, 73072 RIL-110
Email: [email protected]
web: www.ou-arrc-paard.com
Off: (405)325-6499, Cell: (405)922-7848
2) Ifana Mahbub, Ph.D.
Associate Professor and Texas Instruments Early Career Award in Electrical and Computer Engineering
Department of Electrical and Computer Engineering
The University of Texas at Dallas
800 W Campbell Road
Richardson, Texas 75080
Office: ECSN 3.914
Email: [email protected]
Phone: 972-883-6463
3) Ir. Dr. Tiang Jun Jiat
Assistant Professor
FACULTY OF ARTIFICIAL INTELLIGENCE AND ENGINEERING (FAIE)
AR4008, Multimedia University, Persiaran Multimedia
63100, Cyberjaya, Selangor
Phone: 03-83125496
Email: [email protected]
TECHNECAL KNOWLEDGE
Antenna Simulation: CST, Ansys HFSS, MATLAB, FEKO and Keysight ADS
Antenna Fabrication: LPKF ProtoLaser U4 Micro-material processing, Electroless- and
electro-plating setup, Multilayer lamination capabilities, Polymer chemical vapor deposition,
3D solid free-form fabrication and Photolithography patterning.
Major Testing Equipment: VNA, PNA, PNA-X with 20 to 110 GHz, Agilent PSA and
EXA Spectrum Analyzers, Agilent PSG Analog and digital generator and RF front extender
Cobalt FEV-10 Frequency Extension system and different spectrum and waveform generator
etc.
Antenna Measurement System: Diamond Engineering 360 Automated Measurement
System, NSI 2000 Near Field Measurement System, MiliBox Antenna Test Chamber.
Programing Languages: MATLAB, C and C++
EDUCATIONAL QUALIFICATIONS
Doctor Of Philosophy in Electrical & Communication Engineering (Ph.D.)
Multimedia University (MMU), MMU Cyberjaya, Malaysia
Duration: 3rd June 2019 to 11th Jan 2024
Master of Science in Electrical & Electronics Engineering (M. Sc. Engg.)
Khulna University of Engineering and Technology (KUET), Khulna, Bangladesh
CGPA: 3.71 (in a scale of 4.00)
Duration: 1st January 2013 to 27th February 2016
Bachelor of Science in Electronic & Comm. Engineering (B. Sc. Engg.)
Khulna University (KU), Khulna-9203, Bangladesh
CGPA: 3.60 (in a scale of 4.00)
Duration: 1st January 2007 to 4th August 2011
Cisco Local Certified (CCNA)
Khulna University of Engineering and Technology (KUET), Khulna, Bangladesh
Grade: A (75% marks)
Duration: 1st January 2014 to 30th December 2014
INTERESTS AND EXPERTISE AREA OF RESEARCH
❖ UWB Phased Array for finite and infinite Approaches
❖ Lens Antenna (dielectric and meta surface)
❖ Beam Steerable Reconfigurable Reflectarray Antenna System
❖ 3D All Metal Antenna Array System
❖ Rectifier and Rectenna System
❖ Ambient RF Energy Harvesting System
❖ Wireless Power Transfer (WPT) System
PROFESSIONAL EXPERIENCE
Postdoctoral Research Scientist at Advanced Radar Research Center (ARRC) of The
University of Oklahoma, UTD, Norman, Oklahoma
Project Details: Phased Array and Applied Electromagnetic System, Grant No: SPNSR
ENGO7101 00000
Duration: 9th September 2024 to present
Antenna and Electromagnetic Part:
❖ Design and analysis of UWB Phased Array Antenna for Radar system.
❖ Analyzing and designing dielectric Lens Antenna using ray-tracing and optics
features.
❖ Fabrication and measurement using fully anechoic chamber to check the Far/Near
field pattern for different criteria such as co-pol, cross-pol, RHCP, LHCP etc.
Responsibilities:
❖ Design, analysis, and fabrication of various UWB phased array and lens antennas
covering frequency ranges such as 0.1– 6 GHz, 2–10 GHz, and 2–30 GHz.
❖ The dual-polarized Airborne Phased Array Radar (APAR), featuring a two-
dimensional (2D) electronically scanned C-band radar system, is designed and
analyzed for integration with the C-130 aircraft using Altair Feko.
❖ The FEKO-formatted data files (.ffe) were converted into MATLAB-formatted data
for use in analyzing different scanned far-field radiation patterns.
Advanced Tech Skills & Tools:
➢ CST Studio Suite, Altair FEKO Keysight ADS, MATLAB, HFSS, VNA, Spectrum
Analyzer, Signal Generator, Oscilloscope, Digital Multimeter, Soldering Tools.
➢ Antenna measurement experience using Anechoic Chamber with two types of
measurement systems like NSI2000 and DAMS.
Advanced Tech Skills & Tools
➢ CST Studio Suite, Keysight ADS, HFSS, Spectrum Analyzer, VNA, Signal
Generator, Oscilloscope, Digital Multimeter.
PROFESSIONAL EXPERIENCE: 2
Postdoctoral Research Associate, The University of Taxes at Dallas, UTD, Tx
Project Details: DARPA, WPT system for UMV, Grant No: W911NF-23-1-0029
Duration: 1st January 2021 to 9th September 2024
Antenna and Electromagnetic Part:
❖ Design, analyzed, and simulations different types of UWB antenna array such as
microstrip antenna array, reflectarray, metasurface array and metamaterial antenna
array.
❖ Analyzing beam steering techniques for controlling the phase of the array antennas
using Lens technology.
❖ NSI 2000 anechoic chamber is used to measure the Far/Near field pattern for
different criteria such as co-pol, cross-pol, RHCP, LHCP etc.
Active Circuit Part:
❖ Design, analyzed, and simulation on UWB rectifiers and Rectenna.
❖ Take fabricated printed circuit board test them various performance parameters (s-
parameter, rectification efficiency, dc generated voltage on load section etc.) on the
lab environment.
❖ Demonstration and feasibility studied for long range WPT system by applying
different RF input power levels.
Advanced Tech Skills & Tools:
➢ CST Studio Suite, Keysight ADS, MATLAB, HFSS, VNA, Spectrum Analyzer,
Signal Generator, Oscilloscope, Digital Multimeter, Soldering Tools.
➢ Antenna measurement experience using Anechoic Chamber with two types of
measurement systems like NSI2000 and DAMS.
Advanced Tech Skills & Tools
➢ CST Studio Suite, Keysight ADS, HFSS, Spectrum Analyzer, VNA, Signal
Generator, Oscilloscope, Digital Multimeter.
PATENT SUBMISSION
1) A Novel Hexagonal -shaped wideband dualpolarized RA antenna for Wireless
Power Transfer System (in review)
2) Y Shaped Dual Layer Ultra-wideband Reflectarray Antenna with Active-Feeding
Beam-Steering for Wireless Power Transfer (WPT) Application (in review)
Efficient Working Experience
❖ Experience in the design and development of RF antennas encompasses a wide
range of applications, particularly in telecommunications and wireless
communication technologies.
❖ Designed and analysis of UWB Phased Array Antenna for Radar system.
Analyzing and design large, phased Array for infinite and finite approach.
❖ Lens antennas are designed in various shapes, each suited for specific functions
such as focusing, collimation, beam scanning, or minimizing aberrations. Based
on their features, the main types of lens shapes used in antenna systems are
described along with their design characteristics and ray-tracing behavior.
❖ Designing a lens antenna using ray tracing properties involves applying
geometrical optics (GO) principles to focus or collimate electromagnetic waves
using a dielectric lens structure. Lens antennas are fabricated and measured in
lab used in satellite communications, radar, and other high-frequency
applications due to their high directivity and efficiency.
❖ Antenna design involves the development and optimization of advanced
technologies to meet the demanding performance requirements of next-
generation wireless networks and space-based platforms. This includes
designing high-frequency, high-gain, and beam-forming antenna arrays that
support massive MIMO, low-latency links, and seamless global connectivity.