This tutorial offers a comprehensive guide to computing and visualizing the radiation patterns of phased array antennas using Python, suitable for both beginners and advanced users interested in antenna design and signal processing.

Python channel modeling simulator for VLC (Visible Light Communication)

2-dimensional planar antenna optimized with genetic algorithms.

Prototyping a phase control antenna array for radar detection

This project simulates and extracts the Electric (E) and Magnetic (H) field parameters of a dipole antenna using CST Studio Suite. It provides a detailed analysis of the antenna’s field distribution, radiation pattern, and key performance metrics such as impedance and gain.

This repository contains the design and simulations of 3 different antennas (Discone, Helical and Television Receiver) in 4NEC2 software.

Some design and format higher order mode radiation pattern analyzed in research using mathematical and theoretical model

Local antenna and RF plotting app for HFSS, CST, ADS and VNA data, with S-parameters, radiation patterns, Smith charts and publication-ready exports.

Python files developed to simulate 2D random array patterns, and transform regular uniform arrays to pseudo random through side lobe minimization.

Collection of short Julia scripts implementing ITU Radiation Patterns

Open-source Python package for design, analysis, and optimization of programmable electromagnetic metasurfaces (RIS/IRS) for wireless communication and sensing

TMC Suite is a scientific package for electrodynamic calculations of planar structures (H- and X-polarization). C++/MFC/OpenGL, 32/64-bit build. Visualization of scattering matrices, radiation patterns, and fields.

CST multiband GSM printed antenna design with S11, VSWR, gain, directivity, and radiation pattern screenshots.

Lecturer-aligned ETC10126 course portfolio for class 23DTV_CLC1: Typst derivations, verified study PDFs, MATLAB antenna-pattern studies, arrays, Friis transmission, polarization, and propagation.