An open and collaborative workspace for applied and experimental physics, systems engineering, and the study of physical flow systems.
This repository serves as the entry point to my work as a college educator (GBS SG), together with projects developed with students and collaborators.
The focus lies on understanding, building, measuring, and documenting real physical and technical systems — from field theory and electrodynamics to automation, energy systems, and computational infrastructure.
Developed and maintained by Stefan Eberle — Senior Systems Engineer & Technical Educator
Field geometry, coupling, resonance, and measurement. Experimental work, instrumentation practice, and theoretical foundations.
Vortex dynamics, fluid mechanics, and the study of physical transport processes.
Heating control, KNX integration, solar power management, and charging infrastructure.
Docker-based services, Node-RED flows, Proxmox deployment patterns, and operational infrastructure.
- classical physics
- reproducible experiments
- clear documentation
- open and respectful discussion
This repository acts as:
- an index to active and planned projects
- a conceptual and educational knowledge base
- a roadmap for future work
- a reference point for collaboration
Detailed project descriptions can be found in
PROJECTS.md.
Collaboration is welcome for a limited number of motivated contributors. Please see COLLABORATION.md for scope, expectations, and guidelines.