Automation Engineering: PLC, HMI & System Integration
Automation engineering from architecture to commissioning: system design, HMI, PLC programming, and motion control.
Our competencies
We cover the entire spectrum of automation tasks with specialists in each area.
System Architecture
Design and optimization of automation systems from the ground up. Scalable solutions based on industry standards like PackML.
HMI & SCADA
Intuitive operator interfaces and monitoring systems that give full control over your production.
UI/UX Design
User-friendly interfaces designed with a focus on operator needs and efficiency.
PLC Programming
Professional PLC programming across the most widely used automation platforms, incl. commissioning, documentation, and stable production operation.
Motion Control
Precise motion control for complex applications. Servo, stepper, and robot integration.
System Integration
Connecting machines, systems, and data to create a coherent production setup.
Our approach
A structured process that ensures quality and on-time delivery.
Analysis
We understand your needs and challenges
Design
We design the optimal solution
Development
We build and test thoroughly
Delivery
We commission and support
Focus areas
From architecture to commissioning. We deliver automation solutions grounded in real-world industrial experience.
Delivery from start to finish
From concept to commissioning, we handle the entire project lifecycle.
Broad platform experience
We work across the most common industrial control systems and automation platforms.
Proven methodology
Structured approach with clear milestones and thorough documentation.
System integration
We make sure your machines and systems work well together.
Scalable architecture
Solutions designed to grow with your production needs.
Ongoing partnership
Support and optimization that continues well beyond commissioning.
Frequently asked questions
What's the difference between engineering and programming?
Engineering is about clarifying what the machine should do, defining interfaces, states, and responsibilities, and creating a foundation that can be tested. Programming is the next step where logic is implemented. We often cover both, but engineering always comes first.
When in the project does it make sense to start?
The earlier the better. We can contribute in the concept phase with architecture and interface clarification, but we also help structure ongoing projects where requirements and responsibilities are unclear.
What does an engineering engagement cost?
It depends on scope and duration. A focused clarification track can take 2-4 weeks, while larger projects run for months. We always agree on scope and expected deliverables before starting.
Cases from this area
See how the competencies connect in practice.
