The most comprehensive MCP server for Blender — 218 tools for 3D modeling, AI generation, MSFS content creation, and more
MATLAB FMCW radar simulation with ML classification of Human / Car / Drone using Doppler signatures. RF project by Brian Rono.
Custom ESP32-S3 Bruce handheld with CC1101, NRF24L01+, PN532, SSD1306 OLED, MicroSD, IR and LiPo power. Includes PCB design, build files and custom firmware adaptation.
RF matching network synthesizer, optimizer, and S-parameter analyzer with live VNA control
Building a geometry-first NEC wrapper with canonical antenna parts
MCP server for rftools.io — 241 RF & electronics calculators + 13 simulation tools for AI agents
Open-source Python toolkit for satellite communications engineering
Three-server Model Context Protocol suite for RF filter design and multi-radio coexistence engineering: LTspice + Qucs-S + scikit-rf, all speaking Touchstone.
Free Windows GUI for RF & satellite link budget analysis — FSPL, ITU-R P.676/P.838, EIRP, Eb/N0, sweep plots, PDF reports
Draw.io MCP server for RF, electrical, PCB, and EMC engineering diagrams — 10 tools, 269 stencil symbols.
Browser-based Nevanlinna-Pick solver: manifold-coupled multiplexer synthesis (Martinez 2019) and broadband impedance matching, running entirely in WebAssembly.
Qucs-S S-parameter and RF Circuit Synthesis Tool
MATLAB RF modulation classification (BPSK / QPSK / 8PSK / 16QAM) using ML. Project by Brian Rono.
Five 2.45 GHz microstrip patch antenna geometries: CST simulation, FR-4 fabrication, VNA measurement
Let AI agents safely understand and operate the exact Keysight ADS context you selected.
100% Python · 0% GUI clicks. ANSYS HFSS + PyAEDT design pipeline for a 2.45 GHz inset-fed microstrip patch antenna — geometry, parametric optimization, far-field analysis, animation, and auto-generated PDF report.
Phased array antenna system design, optimization, and performance visualization for wireless communication and radar applications.
2x2 Microstrip Patch Antenna Array designed & simulated in CST Microwave Studio for 2.4 GHz WiFi. S11 = -24.5 dB, VSWR = 1.29, Gain = 10.28 dBi.
MCP server for NEC2 wire-antenna method-of-moments simulation — dipole, Yagi, vertical, loop, inverted-V. Gain patterns, impedance, VSWR.
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