Building automation systems that are reliable, clear, and ready for real production environments.

Modular multi controller platform for structured testing, device integration, and practical development workflows in an R&D environment.

• Built a structured multi PLC platform with Siemens and Beckhoff controllers for testing and development tasks
• Created a clear functional concept so customers and internal users can work with the system more easily
• Improved readability and maintainability through clean program structure and reusable logic blocks
• Supported commissioning, testing, and practical use of the platform as an engineering tool

Showcase ready automation platform with integrated safety, professional visualization, and presentation quality execution in both HMI and PLC logic.

• Integrated safety logic with Failsafe CPU and PROFIsafe communication
• Built a modular SCL architecture with clear function block structure, diagnostics, and error handling
• Designed a professional WinCC visualization focused on clarity, usability, and demonstration quality
• Added JavaScript enhancements for advanced HMI behavior and smoother user interaction

Practical integration concept for connecting older automation systems to modern data infrastructure without replacing the entire machine.

• Established PUT and GET communication between S7 300 and S7 1200 controllers to transfer machine data
• Sent process values through OPC UA to SQL Server for centralized storage and further processing
• Used the collected data actively in Power BI for evaluation, transparency, and analysis
• Enabled a practical retrofit concept where key parameters can be adjusted centrally from a PC

Compact automation test box developed to test SPC D and RPC D control devices in a structured, practical, and presentation ready setup.

• Developed a test environment for two controller types in one compact system
• Implemented the logic on a Siemens S7 1200 with a KTP900 HMI for operation and diagnostics
• Integrated PROFINET and EtherNet/IP communication for realistic device testing
• Focused on a professional build quality with clear structure, maintainable logic, and a strong visual presentation

Automated control logic for a granulate transport and feeding process used to supply production machines with material.

• Implemented state based sequencing for start, stop, transport phases, and interlocks
• Added operational monitoring and fault handling for stable industrial use
• Created transparent machine states and clear diagnostics for the operator

Rebuilt a former mowing robot into a line following automation project using industrial PLC control and structured logic.

• Implemented line tracking logic using light sensors and LED based state feedback
• Added ultrasonic sensing for obstacle awareness and safe behavior
• Developed PWM motor control on Siemens S7 1500 for stable drive behavior and smoother tracking
• Used a clear program structure with testable logic and defined machine states

Large educational automation project involving multiple stations, coordination, testing, and presentation in an official public setting.

• Worked within a larger multi station Festo system where several learners developed connected stations
• Focused on coordination, testing, process stability, and reliable interaction between stations
• Presented the project in an official setting with external stakeholders