Hussein Attia
Dr. Hussein Attia holds a Ph.D. in Electrical and Computer Engineering from the University of Waterloo, Ontario, Canada, and received his B.Sc. and M.Sc. degrees from Zagazig University, Egypt. Currently an Associate Professor in the Electrical Engineering Department at KFUPM, Dr. Attia has authored 115 journal and conference papers and holds four U.S. patents in the fields of RF sensors for biomedical applications, antennas, and applied electromagnetics.
These video lectures, recorded during actual KFUPM university classes, are provided for educational purposes to support undergraduate engineering and science students in building a solid foundation in fundamental topics essential for advanced studies.
CH 3: Solution of the EM Wave Equation in Rectangular Coordinates
Ch 3: Solution of the EM Wave Equation in Cylindrical Coordinates (P1)
Ch 4: TEM uniform plane wave in unbounded Lossless Medium - Principal Axis
Ch 3: Solution of the EM Wave Equation in Cylindrical Coordinates (P2)
Ch 2: Ch 2: Conductors, Current, Conductivity
Ch 2: Electric Properties of Magnetic Materials 2
Ch 2: Electric Properties of Magnetic Materials 1
Ch 1: Time Harmonic Electromagnetic Fields
Ch 1: Boundary Conditions and Power/Energy for Time Harmonic Fields
Ch 2: Electric Properties of Dielectric 2
Ch 2: Electric Properties of Dielectric 1
Ch 1: Boundary Conditions, Power and Energy
Ch 1: Maxwell's equations, Constitutive Parameters, Circuit Field Relations
How to write a Research Paper?
Create New Paper Version in OverLeaf after Receiving Reviewers' Comments
Quick Introduction for Overleaf LaTeX editor
Prepare Final Files of your Accepted Journal in OverLeaf
Problems Session of Radiation and Antennas (Ch 9)
Effective Area of Receiving Antenna - Friis Transmission Formula (Sec 9.5+9.6)
Half-Wave Dipole Antenna (Sec 9.3_P2)
Recent Development in Wideband Millimeter-wave MIMO Antenna
ِAntenna Directivity, Gain, Efficiency (Sec 9.2_P2)
Half-Wave Dipole Antenna (Sec 9.3)
ِAntenna Radiation and Loss Resistance (Sec 9.2_P4)
ِAntenna Directivity, Gain, Efficiency - Explained Most Intuitively (Sec 9.2_P3)
The Hertzian Infinitesimal Dipole Antenna (Sec 9.1_P3)
Antenna Radiated Power, Radiation Pattern, Beam Dimensions (Sec 9.2_P1)
The Hertzian Infinitesimal Dipole Antenna (Sec 9.1) part 1
Introduction to Radiation and Antennas
The Hertzian Infinitesimal Dipole Antenna (Sec 9.1) part 2