Automation engineering that is easier to test, commission, and service.
From End-of-Line machines and PLC programs to FAT, handover, and service.
Our team brings hands-on experience from programming, machine building, sales, commissioning, and service to automation across the full machine lifecycle.
Experience across the machine lifecycle
We know what happens after the architecture drawing.
Our perspective comes from programming, building, selling, starting up, and servicing machines across industries. That changes the questions we ask before implementation begins.
End-of-Line machines and integrated production flow
PLC, HMI, motion, and machine interfaces
FAT, startup, handover, and operator reality
Sales, variants, documentation, and service
From requirement to running machine
Engineering decisions must survive the factory floor.
A good architecture connects sequence, responsibilities, interfaces, diagnostics, and test criteria. We create a foundation that automation, mechanics, project management, and service can work from without relying on knowledge held by a few key people.
The technical foundation we help create
We bring the disciplines together around a machine that must be built, tested, sold, handed over, and supported.
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.
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.
From unclear requirements to testable handover
Each phase creates something the next discipline can use and verify.
Clarify machine behavior
Sequences, variants, interfaces, risks, responsibilities, and acceptance criteria.
Create the architecture
States, modules, signal ownership, diagnostics, HMI principles, and test boundaries.
Implement and verify
PLC, motion, integration, and HMI are built against agreed scenarios and evidence.
Commission and transfer
Open issues, documentation, ownership, service knowledge, and next improvements are handed over.
From architecture to virtual FAT
Guides and cases that connect engineering decisions to earlier testing.
How do PLC brands connect to virtual commissioning?
B&R, Beckhoff, and Siemens coupling paths: soft-PLC, OPC UA, and keeping signal mapping testable before FAT.
Read moreHow to build a digital commissioning test plan
Named scenarios, acceptance criteria, and traceable open issues before FAT.
Read moreVirtual commissioning case
PLC-connected Unity simulation to validate multi-station line logic before FAT and physical startup.
Read moreFrequently asked questions
01What'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.
02When 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.
03What does an engineering engagement cost?
Price depends primarily on scope and duration. Most focused clarification tracks take two to four weeks; larger projects run for months. We always agree deliverables and expected scope before starting.
04How do you work with our internal automation team?
We work with your people, not instead of them. Typically we define interfaces, test criteria, and ownership together so your team can implement and own the solution going forward.
05Which PLC and HMI platforms do you work with?
We have practical experience with platforms such as Siemens and Beckhoff. Platform, runtime, and HMI tooling affect interfaces and test setup - contact us so we can confirm the fit for your configuration.
Cases from this area
See how the competencies connect in practice.
Ready to start your next project?
Let's talk about how we can help with your next automation project.