Our Services
Our Automation Engineering team supports industrial operations across the full lifecycle of automation systems. With expertise across major global OEM platforms, we help organisations build, operate, and optimise reliable automation environments for complex industrial processes. Our focus is on delivering robust, efficient, and scalable solutions that ensure safe and stable plant operations.
Application Development
PLC, SCADA, DCS, and HMI application support
Engrix supports customers in developing, modifying, testing, and maintaining automation applications across leading control system platforms.
Our engineers work on HMI development, SCADA configuration, DCS application development, PLC programming, alarm configuration, trend configuration, sequence logic, interlocks, and control logic modifications.
We support standard industrial programming methods such as Ladder Diagram, Function Block Diagram, Structured Text, Sequential Function Chart, and Instruction List. This allows our engineers to work across multiple OEM platforms and project environments.
For customers with ongoing project requirements, Engrix can deploy dedicated application engineers, PLC engineers, SCADA engineers, DCS engineers, and HMI engineers who work as an extension of the customer’s engineering team. These resources can support development, modification, testing, FAT preparation, site implementation, and post-commissioning support.
This model gives customers access to skilled automation manpower without the delay and overhead of direct hiring.
Validate automation applications before site deployment
Engrix provides simulation support to help customers validate automation applications before implementation at site.
Simulation allows customers to test application logic, HMI screens, alarms, interlocks, control sequences, and operational behaviour before commissioning. This helps identify errors early, reduce rework, and improve project readiness.
Engrix can also deploy simulation and testing engineers to support customer teams during FAT, pre-commissioning validation, operator training preparation, and application verification activities.
For customers handling multiple projects or tight commissioning schedules, this resource-based model helps improve execution speed while reducing site-level risk.
Project Management and Documentation
Structured engineering documentation for smoother execution
Engrix supports customers with engineering documentation and project coordination for automation and control system projects.
Our documentation support covers panel drawings, wiring diagrams, cable schedules, cable termination details, I/O lists, logic diagrams, system architecture documents, and project engineering records.
Clear documentation helps customers maintain project traceability, improve coordination between teams, and ensure smoother execution during design, testing, commissioning, operation, and maintenance.
Engrix can deploy project documentation engineers, panel design engineers, project coordinators, and automation support engineers who can work with the customer’s internal teams to manage documentation backlogs, update engineering records, support project deliverables, and maintain technical accuracy throughout the project lifecycle.
This helps customers reduce internal workload while maintaining consistency and quality in project documentation.
Modernising legacy control systems with minimum disruption
Engrix supports the migration and upgrading of legacy automation systems to modern PLC, SCADA, and DCS platforms.
We help customers migrate control system applications, convert HMI graphics, redevelop logic, upgrade hardware, and retrofit existing control and I/O panels. These activities are often carried out within limited shutdown windows, where planning, accuracy, and execution speed are critical.
Engrix can deploy migration engineers, control system engineers, application engineers, commissioning engineers, and panel retrofit support engineers for short-term or long-term migration programmes.
Our resource engagement model is especially useful for customers who need additional engineering bandwidth during shutdowns, plant upgrades, platform transitions, and modernisation projects.
The objective is to help customers improve system reliability, reduce obsolescence risk, extend plant life, and complete migration activities with minimum operational disruption.
