Research Assistant Rf System

EDUCATION

M.Sc. in Electrical Eng., Florida International University, Miami

Coursework’s: Antenna for Wireless Communication System, Numerical Analysis for EE, RF System for Wireless Communication, Introduction to RF Circuits. M.Sc. in Electrical Eng., South Dakota School of Mines and Tech., Rapid City Thesis: Investigation of Optimal Position for Data Aggregators in Wireless Smart Meter Network. B.Sc. in Electronics & Communication Eng., Khulna Uni. of Eng. and Tech., Bangladesh Coursework’s: Antenna Engineering, Microwave Engineering, Field and Electromagnetic. RELEVANT EXPERIENCES

1. Graduate Research Assistant, SmARTech, Florida International University, Florida Responsibilities

Ø A novel dual-band antenna design, fabrication and measurement at 78GHz and 95GHz band. Ø Dual-band array design at 78GHz and 95GHz band.

Ø High gain antenna array design and fabrication at W(94GHz) band using HFSS. Ø Antenna microfabrication at 78GHz using photolithography. Ø W antenna fabrication using LPKF proto-LASER and measurement at W band using GSG RF probe of µ- Lab.

Ø Designing band-stop filter using third order Chebyshev and defected ground structure filter at 78GHz band. Ø Mutual coupling reduction in a W band MIMO system using HFSS. Ø Designing RF band stop filter and antenna at W band for RADAR application. Ø Measuring S parameters in vector network analyzer (VNA), measuring antenna pattern in the anechoic chamber of dual-band (5.8GHz, 28GHz) patch antenna for vehicle-to-vehicle communication. Ø Designing phased array for mmWave application.

2. CBRE Intern, NASA

Responsibilities

Ø Simulation of L (1-2GHz) band waveguide in AnSys HFSS. Ø Analysis of two port S parameters.

Ø Extracting s parameters from HFSS and postprocess it in MATLAB. Ø Proposed a new solution to find out the root of a squared complex value. 3 . Graduate Research Assistant, RFCOM, Florida International University, Florida. Responsibilities

Ø This project includes designing the microstrip patch, dipole antenna, measuring S parameters in vector network analyzer (VNA), postprocess the transmission coefficient for constructing image at 1GHz. Ø Calibrate the Agilent and Keysight network analyzer, measure the transmission and reflection coefficient. Ø Designing the patch antenna at 2.4GHz, fabricating it using LPKF machine, setup the system for measuring S parameters in vector network analyzer (VNA), measuring antenna radiation pattern in anechoic chamber, data analysis of S parameters, postprocess the transmission coefficient for image construction. Ø Writing code to construct image from computational electromagnetic (Green’s function) algorithm. ASIF HASSAN

Permanent Resident of U.S.A.

Email: *********@*****.***

Phone :605-***-****.

Street Address:4313 Slick Rock Chase Street,

Euless, Texas,76040

August 2019 -May 2021

August 2019 -Dec. 2022

CGPA:3.77

CGPA:3.89

August 2016-May 2018

CGPA:3.89

CGPA:3.89

March 2009-Oct. 2013

CGPA:3.75

CGPA:3.89

Ø Simulation Tools: Ansys HFSS, CST, AWR, MATLAB, Keysight ADS, PCB design layout, Layout editor. Ø Programming Language: Python, C programming, Java. Ø Spectrum analyzer, vector network analyzer (VNA), anechoic chamber measurements, mask aligner, spin coater, etching technique for photolithography, micro-probe measurement, IIP2, IMD. SKILLS

May 2022 -June 2022

May 2021 -Dec. 2023

4.QA Tester IV, Verizon, California.

Responsibilities

Ø OTA test of IoT devices and creating issues on test management tools Jira. Ø Testing abnormalities like the error, warning, or crash report for up-to-date software firmware with the IoT devices.

Ø Upload firmware to the server and download the firmware from Jenkins to devices. Ø Troubleshoot WiFi connectivity test.

Ø Assigning basic configuration & uploading firmware to the devices from the server. Ø Attending the weekly meeting and discussing issues with the developers. Ø Writing bash script inside the IoT devices for a specific test. Ø Configuring the IoT device as AP or LTE or WiFi device as well as configuring SSID and PSK. Ø Configuring static IP address of the IoT devices. May 2018 -Dec. 2018

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