Engineering Depth
Technical expertise where industrial projects become complex
Industrial projects rarely fail because of missing components.
They fail at interfaces — between mechanics and automation, between planning and reality, between design intent and long-term operation.
Engineering Depth stands for technical competence beyond surface-level solutions.
It represents the combined expertise required to analyze, design, implement, and stabilize complex industrial systems — especially in retrofit, brownfield, and cross-disciplinary environments.
Two disciplines. One engineering mindset.
Our engineering depth is built on two complementary pillars:
- System & Plant Engineering
- Automation & Control Engineering
Each discipline operates independently — yet both are tightly integrated by a shared engineering philosophy:
solutions must work in reality, not only on paper.
System & Plant Engineering
Understanding the whole before optimizing the parts
System & Plant Engineering focuses on processes, machines, and installations as complete systems.
This discipline addresses:
- existing plants with long operational histories
- retrofit and modernization projects
- mechanical and process-driven challenges
- interfaces between equipment, layout, and operation
Engineering decisions are guided by:
- real operating conditions
- long-term maintainability
- technical clarity and robustness
The goal is not theoretical optimization, but stable, comprehensible, and resilient plant systems.
Automation & Control Engineering
Logic, control, and software that keep systems running
Automation & Control Engineering provides the intelligence and operational reliability of industrial systems.
This discipline covers:
- PLC programming and control logic
- industrial communication and interfaces
- machine and process visualization
- commissioning and troubleshooting
- software development for industrial environments
Strong emphasis is placed on:
- clean, maintainable code structures
- manufacturer-independent solutions
- reliability under real-world conditions
The result is automation that supports operation, not complicates it.
Why this combination matters
Many providers focus on either mechanical engineering or automation.
Engineering Depth combines both — not superficially, but at expert level.
This enables:
- fewer interface risks
- clearer responsibilities
- faster troubleshooting
- technically consistent solutions
Projects benefit from engineering that understands how mechanical systems behave, how automation controls them, and how both interact over time.
When Engineering Depth makes the difference
This approach is particularly valuable in:
- retrofit and brownfield projects
- complex industrial plants
- international project environments
- systems with mixed technologies and long lifecycles
In these contexts, experience, structure, and technical depth matter more than standard solutions.
Engineering philosophy
We do not sell products.
We develop solutions that remain reliable beyond commissioning.
This presentation explains our end-to-end 3D laser scanning workflow – from on-site data acquisition to CAD processing and the final digital twin.
Bulletpoints
- Typical project phases
- Data accuracy & registration
- Scan-to-CAD integration
- Use cases in retrofit & brownfield projects
Engineering depth matters
If your project requires more than standard solutions, let’s discuss how our approach can support your objectives.