Automation Software Development: PLC & SCADA Solutions
EXECUTIVE OVERVIEW: EECS Engineering Consulting designs, develops, and deploys high-reliability software architectures for industrial control systems. From deterministic PLC ladder logic to enterprise-grade SCADA platforms, we build robust control code that drives efficiency, minimizes downtime, and guarantees continuous system stability.
Automation Software Development: PLC & SCADA Solutions
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EXECUTIVE OVERVIEW: EECS Engineering Consulting designs, develops, and deploys high-reliability software architectures for industrial control systems. From deterministic PLC ladder logic to enterprise-grade SCADA platforms, we build robust control code that drives efficiency, minimizes downtime, and guarantees continuous system stability. |
1. PLC & PAC Programming (Ladder Logic & Automation Code)
We engineer structured, modular, and fully documented control logic adhering to international software standards:
· IEC 61131-3 Languages: Custom Ladder Diagrams (LD), Function Block Diagrams (FBD), Structured Text (ST), and Sequential Function Charts (SFC).
· Modular Architecture & AOIs: Reusable Add-On Instructions (AOIs), standard device control blocks (pumps, valves, VFDs), and standardized memory mapping for rapid field deployment.
· Process Interlocks & PID Control: Safety interlock logic, Cause & Effect matrix implementation, and closed-loop PID control algorithm optimization.
2. SCADA & HMI System Development
· High-Performance HMI Design: Operator-centric, situational awareness-driven HMI layouts designed to reduce cognitive fatigue and accelerate fault response times.
· Data Logging & Process Trending: High-speed historical process data archiving, dynamic trend plotting, and customized shift/production reporting.
· ISA-18.2 Alarm Rationalization: Priority-based alarm management, fault tracking, sequence-of-events recording, and remote alert notifications.
3. Supported Automation Platforms & Hardware
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Category |
Supported Platforms & Manufacturers |
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Rockwell / Allen-Bradley |
Studio 5000, RSLogix 5000 / 500 / 5, FactoryTalk View (SE/ME), ControlLogix, CompactLogix |
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Siemens |
TIA Portal (S7-1200, S7-1500, S7-300/400), STEP 7, WinCC SCADA / HMI |
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Emerson / GE Fanuc |
PACSystems RX3i, Proficy Machine Edition, GE iFIX, CIMPLICITY |
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Inductive Automation |
Ignition SCADA (Vision & Perspective modules, MQTT, Alarm Management) |
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Legacy Platforms |
Aromat / Panasonic, legacy PLC code translation, cross-platform upgrades |
4. Software Development Lifecycle (SDLC)
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Engineering Phase |
Scope & Key Deliverables |
Compliance & Validation |
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Functional Specification |
Control Narrative, Detailed I/O List, Cause & Effect Matrix, Memory Mapping |
ISA-88 / ISA-95 |
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Modular Code Engineering |
PLC programming, custom AOI libraries, HMI screen graphics layout |
IEEE / Company Standards |
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Digital Twin Simulation & FAT |
Pre-deployment virtual commissioning and off-site simulation testing |
Factory Acceptance Testing (FAT) |
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Field Deployment & SAT |
On-site download, hardware loop checking, live process tuning, user training |
Site Acceptance Testing (SAT) |
SOFTWARE CONSULTATION INQUIRIES: Whether you require a complete SCADA system build, legacy PLC logic migration, or custom Add-On Instructions, contact EECS Engineering Consulting today to schedule a software architecture consultation. |