Joseph Paul
Lead Design Engineer & Principal Architect · BlueFlux Power (Georgia Green Power, Inc.)
Power systems engineer and AI researcher based in Cumming, GA. Five years building BlueFlux’s full technology stack — from GaN rectifier hardware to geospatial grid stress analysis. Focused on DC microgrid architecture for the next generation of AI data center infrastructure.
Research &
Portfolio.
Live showcases of geospatial research, power systems engineering, and AI tooling. Click any card to launch the project directly.
3
Live
2
In Dev
6
Total
Active Projects 4 Available
LIVE MAP
Grid Stress Analysis — QGIS
Voronoi Catchment + Ring Architecture
Full QGIS 3.22 project — substation stress scoring, Voronoi tessellation, BlueFlux Ring Power Architecture overlay. Built with PyQGIS + qgis2web.
portfolio.thejosephpaul.com/map
Open
PYTHON
Grid Stress Analysis — Python
GeoPandas + Folium + Leaflet
Headless Python version — same suitability scoring with GeoPandas and Folium. Runs server-side, zero GIS software required. Atlanta metro overlay.
portfolio.thejosephpaul.com/map-folium
Open
EXTERNAL
Flux AI Assistant
Self-Hosted LLM · RAG · Voice
BlueFlux AI voice chatbot — faster-whisper STT, Piper TTS, Ollama LLM, RAG pipeline over internal docs. Deployed on Hetzner via Docker Compose.
ai.bluefluxgroup.com
Open
ACADEMIC
Academic Projects — NJIT M.S.
LQG · LQR · PID · FPGA · Simulink
Four hardware-verified control systems projects — LQG gimbal controller, piezoelectric nano-positioning, DE2-70 FPGA stepper, and dsPIC33 PID closed-loop motor control.
portfolio.thejosephpaul.com/academic
Open
In Development Coming Soon
Ring Architecture Diagram
Interactive SVG · Coming Soon
VFD Control Interface
demovfd.bluefluxpower.com · Restricted
Electronics Design (KiCAD)
GaN PCB · Ngspice Simulation