Maha El Feshawy

Constructed a systematic framework to realize wideband bandpass filters using symmetric inline fed cylindrical cavities. Implemented multimode filters and introduced the Biconical Cavity as a novel resonator, optimizing designs for CNC milling and validating prototypes via VNA measurements.

Developed an advanced RF communication lab and delivered tutorials and lab sessions across electromagnetics, microwave engineering, and digital communications. Mentored students in CST Studio Suite, MATLAB, Simulink, and Python, and contributed to curriculum and assessment design.

Designed and realized a 3D-printed 2x2 E-plane fed waveguide antenna array, integrating matched T-junctions and custom transitions. Measured radiation patterns and return loss in an anechoic chamber, evaluating surface roughness and plating effects.

Designed and realized a dual-circularly polarized broadband Archimedean spiral antenna with a custom balun and a 2x2 rectenna array for RF energy harvesting. Engineered textile-based antennas for wearable applications using felt substrates and conductive threads.

Grade: Excellent

Ph.D. in Communication Engineering with a focus on RF/Microwave Engineering. Thesis on wideband bandpass filters using multimode cylindrical and biconical cavities, completed with grade Excellent.

Grade: Excellent

M.Sc. in Communication Engineering with a focus on RF and Antenna Design. Thesis on 3D printed 2x2 E-plane fed waveguide antenna array, completed with grade Excellent.

Grade: Very Good

B.Sc. in Communication Engineering with a cumulative grade of very good. B.Sc. project thesis on broadband spiral rectenna for energy harvesting, graded Excellent.