Programming and commissioning

We develop PLC, HMI, and SCADA application software, conduct factory/site testing, and execute full site commissioning for process automation systems.

Control Strategy & Functional Logic Development

We engineer closed-loop control algorithms, interlocking sequences, emergency trip logic, and alarm matrices based on process engineering requirements and Piping and Instrumentation Diagrams (P&IDs).

We produce Functional Design Specifications (FDS), Cause and Effect (C&E) matrices, startup/shutdown sequence narratives, and detailed emergency procedure flows.

PLC Programming

We design, program, and update code for industrial Programmable Logic Controllers (PLCs) across major automation platforms. We program process logic, PID regulatory loops, safety interlocks, and industrial network communications with third-party systems.

All code blocks, sequence routines, and safety interlocks undergo virtual simulation and software validation prior to site deployment.

HMI & SCADA Development

We engineer intuitive Human-Machine Interfaces (HMI) and supervisory SCADA systems for real-time process monitoring and facility control.

Deliverables include interactive mimic diagrams, equipment status displays, alarm management hierarchies, historical data archiving, real-time trend visualization, automated reporting, and role-based user access controls.

Testing & Site Commissioning

We execute physical installation checks, field instrument tuning, I/O loop checking, end-to-end signal validation, and control/safety logic testing.

We conduct Factory Acceptance Testing (FAT), Site Acceptance Testing (SAT), cold commissioning, and hot process startup. Deliverables include signed test protocols, parameter calibration logs, and finalized as-built software documentation.

Control System Modernization & Upgrades

We audit legacy automation systems to engineer targeted retrofit programs for replacing obsolete PLC hardware, expanding system I/O capacity, integrating new process skids, and upgrading software suites.

Upgrade pathways prioritize phased site execution, live system cutovers, preservation of existing functionality, and strict minimization of plant downtime.