CURRENT GRADUATE STUDENTS:

FORMER Ph.D STUDENTS:

                 Thesis Title: Fast and Efficient Solutions of Multiscale Electromagnetic Problems                  Thesis Title: Multiple-Precision MLFMA for Efficient and Accurate Solutions of Broadband Electromagnetic Problems                  Thesis Title: Implementation of a Broadband Multilevel Fast Multipole Algorithm for Multiscale Electromagnetics Problems                  Thesis Title: Design and Implementation of a Wireless Passive Sensing System for Structural Health Monitoring                  Thesis Title: Novel Techniques Regarding Specific Absorbtion Rate and Field of View Reduction in Magnetic Resonance Imaging                  Thesis Title: Method of Moments Analysis of Microstrip Antennas in Cylindrically Stratified Media Using Closed-Form Green's Functions                  Thesis Title: Computation of Surface Fields Excited on Arbitrary Smooth Convex Surfaces with an Impedance Boundary Condition

FORMER M.S. STUDENTS:

                 Thesis Title: Wireless Meta-Structured RF Probes for Vibration Sensing                  Thesis Title: Optically Transparent Metamaterial RF Absorbers                  Thesis Title: Trimmed Multilevel Fast Multipole Algorithm for D-Type Volume Integral Equations In Electromagnetic Scattering Problems                  Thesis Title: The Solution of Large-Scale Electromagnetic Problems with MLFMA on Single-GPU Systems                  Thesis Title: A Novel Hierarchical Machine-Learning-Based Method for Efficient Solutions of Electromagnetic Scattering Problems                  Thesis Title: Design and Analysis of Metamaterial Based Perfect Absorbers                  Thesis Title: Design of a C-Band Dual-Polarized Strip-Fed Aperture Coupled Stacked Patch Planar Antenna Array for Point-To-Point Communication                  Thesis Title: Wireless Metamaterial-Inspired Rotation Sensors                  Thesis Title: Analysis of Slotted Sectoral Waveguide Antenna Arrays Embedded in Cylindrically Stratified Media                  Thesis Title: Design of Substrate Integrated Waveguide Based Bandpass Filters and Power Dividers                  Thesis Title: Mutual Coupling Reduction in Microstrip Antennas Using Defected Ground Structures                  Thesis Title: Wireless Radio Frequency Sensors for Structural Health Monitoring                  Thesis Title: Application of Characteristic Basis Function Method for Scattering From and Propagation Over Terrain Profiles                  Thesis Title: Design, Fabrication and Measurement of Hybrid Frequency Selective Surface (FSS) Radomes                  Thesis Title: Development of Closed-Form Green's Functions to Investigate Apertures on a PEC Circular Cylinder Covered with Dielectric Layer(s)                  Thesis Title: Design of Novel Printed Microwave Band-Reject Filters Using Split-Ring Resonator and Complementary Split-Ring Resonator                  Thesis Title: Wave Propagation in Metamaterial Structures and Retrieval of Homogenization Parameters                  Thesis Title: Investigation of Finite Phased Arrays of Printed Antennas on Planar and Cylindrical Grounded Dielectric Slabs                  Thesis Title: Closed-Form Green's Functions in Cylinrically Stratified Media for Method of Moments Applications                  Thesis Title: Efficient Computation of Surface Fields Excited on an Electrically Large Circular Cylinder with an Impedance Boundary Condition                  Thesis Title: An Asymptotic Closed-Form Paraxial Formulation for Surface Fields on Electrically Large Dielectric Coated Circular Cylinders                  Thesis Title: Application of Iterative Techniques for Electromagnetic Wave Scattering from Dielectric Random Rough Surfaces                  Thesis Title: Design and Analysis of Finite Arrays of Circumferentially Oriented Printed Dipoles on Electrically Large Coated Cylinders                  Thesis Title:  Application of Spectral Acceleration Forward-Backward Method for Propagation over Terrain                  Thesis Title: Application of BiConjugate Gradient Stabilized Method with Spectral Acceleration for Propagation over Terrain Profiles