CTRL Designer delivers software and work processes that convert Standard Operating Procedures into fully specified control system code — faster, safer, and to international standards.
From initial plant assessment through to auto-generated control code — every step of the CDL-PA procedure design process is covered.
Baseline audit tool to identify automation gaps, classify unit operations, and prioritise improvement opportunities.
Learn moreClassify each operation across a defined LOA matrix — from manual through to fully automatic state-based control.
Learn moreBuild structured operational trend data models from historian data to support SBC and sequence design decisions.
Learn moreAnalyse and restructure existing Standard Operating Procedures into CDL-PA compliant format ready for URS development.
Learn moreGenerate fully structured URS documents aligned to IEC 63690, ensuring functional requirements are traceable and auditable.
Learn moreTransform URS into detailed FRS — the engineering bridge between requirements and control system implementation.
Learn moreThe crown jewel of the CDL suite. ACM converts your completed Detailed Design Specification directly into deployable PLC or DCS control system code — eliminating manual transcription error and compressing delivery timelines.
CTRL Designer's work process framework maps directly to the CDL-PA standard for procedural automation — from state model design to sequence logic. Our tools are used by process control engineers to implement and validate automation against an internationally recognised benchmark.
Explore CDL-PA ModulesFrom assessment to implementation — our services cover the full lifecycle of procedural automation projects.
Structured evaluation of existing automation against CDL-PA criteria — identifying gaps and quantifying the business case for upgrade.
Complete SOP → FRS → DDS → Code delivery using the CDL methodology and toolset, from design through to commissioning.
Deploy the ACM engine on your project to convert complete DDS specifications into error-free, standards-compliant control system code.
Instructor-led courses (SEP751) covering CDL-PA theory, state model design, and the full CDL work process for engineering teams.
Process and quality engineering services (ME518) covering measurement systems, SPC, and control chart analysis for manufacturing environments.
Migrate your existing company work process into an CDL-PA aligned framework with CDL tools integration and team enablement.
Talk to our team about your plant assessment, software licensing, or CDL-PA implementation project.