Intuitive operator interfaces give your team clear visibility into process status, alarms, and controls. A well-designed HMI is the difference between an operator who confidently manages the process and one who calls you every time something looks wrong. Yuriy builds interfaces that are clean, logical, and focused on what the operator actually needs to see.
Otomakeit’s HMI and SCADA work is built on the Siemens WinCC platform — WinCC Unified for panel-based and PC-based systems, and Simatic MTP series panels for machine-level interfaces. Because Yuriy develops both the PLC program and the operator interface, everything integrates tightly from the start. Tag mapping, alarm configuration, and data logging are handled as part of the overall system design rather than bolted on after the fact.
Yuriy designs screens with a consistent navigation structure, clear alarm prioritization, and process graphics that reflect the actual physical layout operators are familiar with. Faceplates for motors, valves, and instruments follow a standardized template so your team only has to learn one pattern. The result is an interface operators trust and inspectors appreciate.
What Otomakeit Delivers
- HMI screen design and development with consistent navigation and layout
- Faceplate development for motors, valves, analog instruments, and PID loops
- Alarm management systems with proper prioritization, grouping, and acknowledgment workflows
- Process visualization screens that reflect physical plant layout
- Data logging, trending, and historical data access
- Recipe management for batch processes
- Operator access levels and security configuration
- Remote access configuration for off-site monitoring
Technologies & Platforms
- Siemens WinCC Unified (panel and PC-based)
- Siemens WinCC Advanced for panel-based systems
- Simatic MTP1000 series touch panels
- WinCC Unified Elements for modern, code-based HMI design
- TIA Portal integrated engineering for seamless PLC-HMI development
Delivery Approach
Yuriy starts every HMI project by talking to the people who will actually use it — your operators, maintenance staff, and supervisors. Understanding their workflow drives the screen layout, alarm strategy, and data presentation. He builds standardized faceplates early in the project so every motor, valve, and instrument looks and behaves the same way across the entire system.
Before going on-site, Yuriy tests the full HMI application against the simulated PLC program. This catches navigation issues, alarm floods, and data presentation problems before commissioning, when your production clock is running.
Planning a new project? Message Yuriy to discuss the controls scope.
