Dissertation Title: "Highly Miniaturized, Ultrawideband, and Gain Enhanced Antennas for Radar Systems."

UC Davis

Thesis Title: "Beam Steerable Reconfigurable Antenna with Smart RF Switching on 3D Parasitic Level"

Utah State University

Thesis Title: "Design and analysis of rectangular microstrip patch antennas loaded with plastic and barium titanate substrates"

Bangladesh University of Engineering and Technology

Thesis Title: "Novel Applications of Metamaterials in Microstrip Circular Patch Antennas in Achieving Size Reduction and Multiband Properties"

Design, modeling, simulation, and implementation of novel ultra-wide band and high gain antennas for ground penetrating radar imaging system

Graduate Student Researcher

Courses Instructed: Electrical Circuits & Networks, Telecommunication Switching & Networks, Wireless Networks, and Object Oriented Programming

Lecturer

Design, optimization and fabrication of 4 × 4 and 8 × 8 multifunctional reconfigurable phased array systems for 5G wireless access technologies

Antenna Engineer

• Developed a 3-D novel multi-functional pattern reconfigurable dipole antenna system
• Designed and optimized dual polarized patch antenna array at 28 GHz
• First hand experience in Vector Network Analyzer (VNA) and anechoic chamber
• Investigated the system level performance of the designed antennas

Graduate Research Assistant

•Theory classes conducted: Digital Logic Design, AC Circuits, Electromagnetics, Telecommunication Theory, Digital Signal Processing-I
•Lab classes conducted: Digital Logic Design, Telecommunication Theory, Digital Signal Processing-I, Microwaves
•Supervised Thesis Title: Observation of Radiation and Bandwidth Performance of Different Types of Dipole Antennas.

Mohammad Ababil Hossain

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