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Nasser M.

@Nasser1364

monthly-level-three.svgverified-v2.svg
5.0
1
1.7
1.7
100%

Antenna and RF Design, Passive and Active Devices

$30 USD / Hour
・
Flag of
Australia (12:23 PM)
・
Joined on March 29, 2024
$30 USD / Hour
・
I am a PhD in Electrical and Computer Engineering, specializing in the electromagnetic engineering in the antenna design. My research focuses on cutting-edge solutions for antenna and microwave engineering, passive/active components, and advanced electromagnetics. With a strong foundation in Antenna and RF design and a passion for innovation, I aim to drive advancements in next-generation wireless and electromagnetic technologies.
Verifications
On time
100%
On budget
100%
Accept rate
100%
Repeat hire rate
100%
Freelancer Electrical Engineers Australia
See all Electrical Engineers in Australia

Portfolio

Portfolio

12371176
In this project using width-modulated microstrip lines, a new configuration of periodic leaky-wave antenna is synthesized and designed for radiation at the broadside. The proposed antenna validates the effectiveness of this technique for almost suppressing open stopband. The fabricated antenna is able to scan through the broadside without any drop in the gain near the broadside at 14 GHz.
Broadside Radiation in LWA
12371164
In this project, a practical IoMT-based WBAN has been investigated where the health monitoring of patients could be continuously performed, without any interruption or data collision. Therefore, a periodic conformal LWA based on a width-modulated microstrip line was proposed as a result of which a quasi-omnidirectional pattern was provided at the dedicated WBAN ISM frequency. The designed conformal LWA is flexible enough such that it can be bent similar to a belt around the human body-abdomen.
Conformal Leaky-Wave Antenna
12371157
In this project, a leaky wave antenna has been designed for millimeter wave applications. As the frequency increases, the proposed antenna is able to scan without any drop in the gain.
A millimeter Leaky-wave Antenna
12371176
In this project using width-modulated microstrip lines, a new configuration of periodic leaky-wave antenna is synthesized and designed for radiation at the broadside. The proposed antenna validates the effectiveness of this technique for almost suppressing open stopband. The fabricated antenna is able to scan through the broadside without any drop in the gain near the broadside at 14 GHz.
Broadside Radiation in LWA
12371164
In this project, a practical IoMT-based WBAN has been investigated where the health monitoring of patients could be continuously performed, without any interruption or data collision. Therefore, a periodic conformal LWA based on a width-modulated microstrip line was proposed as a result of which a quasi-omnidirectional pattern was provided at the dedicated WBAN ISM frequency. The designed conformal LWA is flexible enough such that it can be bent similar to a belt around the human body-abdomen.
Conformal Leaky-Wave Antenna
12371157
In this project, a leaky wave antenna has been designed for millimeter wave applications. As the frequency increases, the proposed antenna is able to scan without any drop in the gain.
A millimeter Leaky-wave Antenna
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5.0 · 1 Review
Reviews
G
Urgent: HFSS Antenna Analysis Assistance Needed • $53 USD
I highly recommend Nasser for his unmatched professionalism and expertise in antenna design. He quickly identified and addressed complex challenges, providing innovative solutions with precision. What sets him apart is his dedication to ensuring clarity—he took the time to thoroughly explain his approach, making the process both efficient and educational. His technical skills, problem-solving abilities, and collaborative nature make him an invaluable resource. Working with him was exceptional
Sara S.
@Gadgettat
•
Flag of
Irvine, United States
•
2 months ago
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Experience
Communication Engineer/Researcher and Manager
Jan, 2023 - Mar, 2024
•
1 year, 2 months
Iran Telecommunication Research Center (ITRC)
Jan, 2023 - Mar, 2024
•
1 year, 2 months
Analysis and design of Leaky-Wave Antenna Based on Groove-Gap Waveguide
Flag of
Tehran, Iran, Islamic Republic of
Jan, 2023 - Mar, 2024
•
1 year, 2 months
Communication Engineer and Researcher
Jan, 2019 - Dec, 2022
•
3 years, 11 months
Shahed University
Jan, 2019 - Dec, 2022
•
3 years, 11 months
Analysis and design of Rotman Lens for Planar and Conformal Array antennas; Orbital Angular Momentum (OAM) Antenna (collaboration with Semnan university, Iran); Phased-Array Antennas
Flag of
Tehran, Iran, Islamic Republic of
Jan, 2019 - Dec, 2022
•
3 years, 11 months
Education
Daneshgahe Shahed
2012 - 2017
•
5 years
Ph.D
Flag of
Iran, Islamic Republic of
2012 - 2017
•
5 years
Daneshgahe Elm va Sanat e Iran
2010 - 2012
•
2 years
M.Sc
Flag of
Iran, Islamic Republic of
2010 - 2012
•
2 years
Qualifications
Member of mathematical Olympiad team
2003
Mathematical Olympiad
In 2003, I was selected as a member of the Iranian team to participate in the International Mathematical Olympiad held in Canada1. This achievement was based on my performance in the national mathematical olympiad and subsequent training camps.
2003
Member of Iran's National Elites Foundation
2012
Iran's National Elites Foundation
As a member of Iran's National Elites Foundation, I have been recognized for my outstanding academic achievements and research publications, demonstrating exceptional talent and contributions in my field of study.
2012
Publications
One‐dimensional leaky‐wave antenna with scanning through the broadside
2018
IET Microwaves, Antennas & Propagation
A dispersion diagram (DD) and radiation property in a wide-band frequency range are considered for a periodic leaky-wave antenna (PLWA) based on artificial reactance surface (ARS).
2018
Investigating space harmonics’ behavior on modulated reactance surfaces
2021
Waves in Random and Complex Media
In this work, multi-tone modulated reactance surfaces (MRSs) are investigated from an accurate point of view.
2021
Modulated reactance surfaces with several modulation indices for multibeam leaky-wave antenna design
2020
IEEE Transactions on Antennas and Propagation
Using n = −2 and n = −3 space harmonics (SHs) in a two-tone MRS, a novel planar leaky-wave antenna (LWA) composed of a transverse magnetic (TM) surface wave source and a two-tone MRS is proposed to achieve double-beam radiation.
2020
Certifications
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