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GRADUATED STUDENTS
Malek Ashtar Technical University, Dep. Electrical Eng.
Thesis: Wideband transparent microwave absorbers.
IUST, Dep. Electrical Eng.
Thesis: High sensitivity reconfigurable microwave sensor for material characterization.
IUST, Dep. Satellite Eng.
Thesis: Design and fabrication of a Ku-band PA using bare die GaN HEMT.
IUST, Dep. Satellite Eng.
Thesis: Design and fabrication of a UWB antenna with a stable phase centre.
IUST, Dep. Satellite Eng.
Thesis: Design and fabrication of a PA based on a plastic-package SMD transistor for satellite uplink applications.
Amirkabir University, Dep. Polymer Eng.
Thesis: Electromagnetic shielding polymeric coating containing carbon based fillers.
Tarbiat Modares University, Dep. Natural Resources.
Thesis: Production and evaluation of wood-based EM shielding composite with carbon fiber and iron oxide nanoparticles.
IUST, Dep. Satellite Eng.
Thesis: Linearization of Doherty power amplifiers using harmonic injection.
IUST, Dep. Satellite Eng.
Thesis: Design and fabrication of planar N-way power combiner with isolated input ports.
IUST, Dep. Satellite Eng.
Thesis: Design and fabrication of a wideband Doherty power amplifier for 5G applications.
IUST, Dep. Electrical Eng.
Thesis: Single-field FDTD with improved-stability for dispersive media.
IUST, Dep. Electrical Eng.
Thesis: Accurate material characterization using power measurements.
IUST, Dep. Electrical Eng.
Thesis: Wideband RCS reduction using polarization rotating metasurfaces.
IUST, Dep. Electrical Eng.
Thesis: Application of ternary optimization for design of metasurfaces.
IUST, Dep. Satellite Eng.
Thesis: Design and fabrication of a wideband RF-input load modulated balanced amplifier for 5G applications.
IUST, Dep. Satellite Eng.
Thesis: High resolution signal direction finding by TMA with coherent sources.
IUST, Dep. Satellite Eng.
Thesis: Design and fabrication of a harmonically tuned wideband power amplifier.
IUST, Dep. Electrical Eng.
Thesis: Graded index flat lenses.
IUST, Dep. Satellite Eng.
Thesis: Application of binary optimization for design of microwave devices.
IUST, Dep. Electrical Eng.
Thesis: Design and fabrication of a 100W wideband Doherty power amplifier.
IUST, Dep. Satellite Eng.
Thesis: Design and fabrication of an S and C band amplifier with 100W output power.
IUST, Dep. Satellite Eng.
Thesis: Developing FDTD algorithms with improved stability condition for EMC analysis of boxes with thin slots.
University of Tehran, Dep. Chemical Eng.
Thesis: Synthesis and characterization of IPN C/FeOx xerogel as high performance electromagnetic wave absorber.
IUST, Dep. Electrical Eng.
Thesis: Material characterization using CSRR based sensor.
IUST, Dep. Electrical Eng.
Thesis: Circularly polarized metasurface antenna.
IUST, Dep. Satellite Eng.
Thesis: Design of a highly-efficient X-band, 50W power amplifier using a discrete bare die GaN transistor.
IUST, Dep. Satellite Eng.
Thesis: Design and fabrication of a A 0.85-5.4 GHz 25W GaN power amplifier.
IUST, Dep. Electrical Eng.
Thesis: Energy harvesting using metasurfaces.
K.N. Toosi University of Technology, Dep. Electrical Eng.
Thesis: Nonlocal modeling of graphene.
IUST, Dep. Electrical Eng.
Thesis: RCS Reduction Using EBG Structures.
IUST, Dep. Electrical Eng.
Thesis: Improving efficiency of rectenna using adoptive impedance matching.
IUST, Dep. Electrical Eng.
Thesis: Development of unconditionally stable FDTD algorithm for nonlinear media
Tehran Polytechnic University, Dep. Polymer Eng.
Thesis: Preparation of an EM wave absorber based on PP/EPDM thermoplastic elastomer and CNT nanocomposite.
Imam-Khomeini International University, Dep. Electrical Eng.
Thesis: Finite-difference time-domain implementation of tensor impedance boundary condition.
IUST, Dep. Electrical Eng.
Thesis: Unconditionally stable FDTD algorithms for electromagnetic simulation of anisotropic media.
IUST, Dep. Electrical Eng.
Thesis: Miniaturization of passive microwave components using quasi-planar resonators.
Vahid Nayyeri
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