Operational context
Technical initiatives spanning PLC data-structure conversion utilities, reusable control-sequencing logic, WinCC VBS interface functionality, network monitoring utilities, and C# architecture research.
The engineering challenge
Explore reusable engineering approaches while clearly separating practical utilities from conceptual software research.
Architectural overview
Conceptual illustration — simplified for public presentation. No customer operational data or proprietary topology is shown.
Engineering approach
- Engineering initiatives: PLC data-structure conversion utilities and reusable control-sequencing logic.
- Engineering initiatives: WinCC VBS interface functionality and network monitoring utilities.
- Technical research / architecture concept: a C# TIA Portal Openness framework.
My contribution
Automation utility development, reusable functionality, and research and conceptual architectural design for a C# TIA Portal Openness framework.
Constraints & technical considerations
- TIA Portal Openness framework remains a technical research / architecture concept.
- No proprietary source code or customer configuration is published.
Outcome & present status
Practical engineering utilities alongside architecture research for a C# TIA Portal Openness framework.
Related engineering work
Modernized critical control infrastructure
I upgraded 52 control panels from Siemens S7-300 to S7-1500 at Mater Dei Hospital. All 52 panels now run on S7-1500 CPUs, and the systems are operating normally.
Explore case studyBringing control systems into view
SCADA integration, operator-focused visualization, and reusable interface functionality with Siemens WinCC.
Explore case studyConnecting the industrial ecosystem
Reliable integration across PLC controllers, distributed I/O, motor management, and supervisory systems.
Explore case study