hfss

Powerful, automated analysis and design of quantum microwave chips & devices [Energy-Participation Ratio and more]

MCP server for Ansys Electronics Desktop automation with PyAEDT, HFSS, Maxwell, Q3D, Icepak, native AEDT APIs, reports, sweeps, and simulation workflows.

AI-Agent driven RF design system with HFSS automation for antennas, filters and transmission lines

antenna_generator is a python package that allows you to generate microstrip patch antenna in the HFSS software, we have added support for optimizations like cut-out, slots and L slot.

Codex skill for automating ANSYS HFSS and AEDT with PyAEDT on Windows.

Reproduction code, dataset summaries, and visualization for reinforcement-learning pixelated topology optimization of microstrip antennas.

Wrapper around Ansys HFSS and pyEPR. Get the resonance frequencies, quantum non-linearities and various losses of your system.

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

ANN + Simulated Annealing reproduction package for wideband patch antenna optimization

Graduation Project

Evidence-gated HFSS and ns-3/5G-LENA research workflow for passive 5G NR feedthroughs in high speed railway coaches.

Let AI agents inspect and change an exact AEDT design through protected copies, bounded APIs, and verified readback.

This repository contains a series of python codes that automates Ansys Electronics Desktop (AEDT) processes with PyAEDT or any other processes required for SI/PI simulations.

Ansys HFSS 3D Layout funnel via automation — PyAEDT scripting plus a Windows one-click web GUI for via structure generation and analysis

ML pipeline that designs a microstrip patch antenna for 2.45 GHz — a Random Forest surrogate + genetic algorithm for inverse design, validated in HFSS and on fabricated hardware.

MCP server for Ansys HFSS with FSS, metasurface, periodic boundaries, Floquet ports, geometry transforms, and arrays

Automation framework for RF/microwave design and simulation: physics-based first-cut geometry, multi-solver simulation (openEMS/HFSS/ADS/COMSOL/Elmer), numerical-artifact health gates, data-factory datasets with surrogate optimization, CLI/MCP/UI.

This is the project repository for the University of South Africa, whereby I investigated and implemented a 3D printed and metal plated antenna.

Metasurface (超穎表面) reflectarray design web tool — Ansys HFSS + PyAEDT automation, based on Ansys MetaSurfaceToolkit

Ansys HFSS material priority inspection and cleanup tool using PyAEDT/IronPython automation