Structured Engineering for Scalable PLC Projects
Structured PLC Engineering & Code Generation
Proces-Automatik develops structured PLC engineering environments designed to improve consistency, scalability, and efficiency across industrial automation projects.
Optimized development workflows
Structured PLC Engineering for Faster & Cleaner Code Deployment
Using standardized function blocks, reusable control architecture, and automated project generation, we help create more transparent and maintainable PLC environments where engineering resources can work consistently across projects and operational systems.
The goal is not only faster engineering — but better structure, improved maintainability, and more reliable long-term operation.
Recurring projects
Multi-machine and multi-facility work
Reusable libraries
Standardized FB/FC across projects
Faster engineering
Auto-generated project foundations
Better maintainability
Consistent structure and diagnostics
Engineering Standards
Standardized PLC Project Architecture
Industrial automation projects often become increasingly difficult to maintain when engineering standards, naming structures, and control logic vary between systems and developers.
Structured PLC engineering creates a consistent project foundation across automation environments by using standardized architecture, reusable function blocks, and predefined engineering principles.
This improves transparency between projects, simplifies troubleshooting, and creates a more scalable engineering environment across the organization.
Process
How we deliver
01
Define standard
Naming, architecture, FB libraries and templates.
02
Configure
Capture IO, tags and instances in structured Excel.
03
Generate
Auto-build the PLC project skeleton from the spec.
04
Refine
Engineers focus on process logic, not boilerplate.
Engineering Automation
Automated PLC Code Generation
Projects are built using standardized PLC function blocks (FB/FC) combined with structured project generation workflows.
Using Excel-based configuration and predefined engineering templates, the system can automatically generate the foundation of PLC projects with consistent structure, naming conventions, and control architecture.
This reduces repetitive engineering work while allowing automation engineers to focus on advanced process logic, operational functionality, and project-specific requirements.
Scalable Frameworks
Scalable Engineering Environments
Structured automation environments make it easier to:
- maintain engineering consistency
- onboard additional engineering resources
- simplify troubleshooting
- standardize operational structure
- reduce implementation complexity
- improve long-term maintainability
This is particularly valuable in organizations operating across multiple facilities, machines, or process systems where consistency between projects becomes increasingly important over time.
Remote diagnostics
Secure VPN access for rapid response without unnecessary downtime.
On-site support
Engineering assistance throughout Denmark and the Nordic region.
Do you have questions or need professional advice?
Fill out the form below and we will get back to you with a response to your inquiry.
Platform Expertise
TIA Portal & Industrial PLC Platforms
The engineering environment is particularly suited for Siemens STEP7 and TIA Portal environments where structured PLC architecture and reusable engineering standards provide significant advantages in larger or recurring projects.
The methodology can also support integration with SCADA systems, HMI environments, industrial communication infrastructure, and broader automation architectures.
Reusable engineering standards
Apply proven patterns across every project.
Scalable PLC architecture
Grow from single machine to multi-site plant.
Integration-ready
Built for SCADA, HMI and OT communication.
Operational Excellence
Engineering Efficiency & Operational Transparency
Well-structured PLC environments improve more than engineering speed alone.
A structured engineering approach therefore supports both technical implementation and daily operational reliability.
- Clearer system structure
- More consistent diagnostics
- Simplified troubleshooting
- Standardized alarm handling
- Improved documentation
- Easier long-term maintenance
FAQ
Engineering Insights
The questions we get from operators, utilities and project managers — most weeks.
What is structured PLC engineering?
Structured PLC engineering is a standardized approach to PLC development using reusable function blocks, consistent project architecture, and predefined engineering principles to improve maintainability and scalability.
What are the benefits of automated PLC code generation?
Automated project generation reduces repetitive engineering work, improves consistency between projects, simplifies troubleshooting, and creates more maintainable automation systems.
Which platforms does the solution support?
The engineering methodology is particularly suited for Siemens STEP7 and TIA Portal environments, including integration with SCADA systems and industrial automation infrastructure.
Is the system flexible for different applications?
Yes. Although the engineering structure is standardized, solutions can still be adapted to individual operational requirements, facilities, and process environments.
Get in touch
Need Support for Structured PLC Engineering?
We support industrial operators, utilities, OEMs, and automation projects with structured PLC engineering environments, reusable control architecture, and automated project generation methodologies.
Whether the goal is improved engineering consistency, scalable automation development, or long-term maintainability, we support the process from architecture to operational deployment
Typical first call
Current engineering practice
Platform & toolchain (TIA / STEP7)
Team size & onboarding goals
Next-step plan within 48 hours