Core Automation // HMI-05

HMI & SCADA Development Services

Intuitive, high-performance operator interfaces and centralized supervisory control systems. Designed for rapid situational awareness, reliable data logging, and seamless PLC integration.

HMI PlatformsSiemens WinCC / FactoryTalk / Ignition
Design StandardHigh-Performance HMI / ISA-101
CommunicationModbus TCP / OPC UA / Profinet
ValidationOperator Ergonomic Review
Interface Design

ISA-101 Screen Architecture & Tag Binding

Structured operator dashboards prioritizing clarity, immediate fault identification, and efficient navigation.

HMI_PROJECT: MAIN_CONVEYOR_SYNOPTIC.SCR
Targeted Engineering Solutions

HMI & SCADA Engineering Specializations

Professional operator interface design, alarm rationalization, and supervisory control integration.

HMI-01Operator Interfaces

High-Performance HMI Screen Architecture

Designing intuitive operator touchscreens following ISA-101 standards, utilizing neutral gray color palettes, situational awareness indicators, and clutter-free process graphics.

ScopeHMI Development & Integration
SCA-02SCADA & Historian

Plant-Wide SCADA & Data Logging Integration

Developing centralized supervisory control systems with real-time process animation, SQL database logging, historical trending graphs, and multi-tier user permission levels.

ScopeHMI Development & Integration
ALM-03Alarm Management

Rationalized Alarm & Event Management Systems

Implementing ISA-18.2 compliant alarm systems with structured priority tiers, clear acknowledgment workflows, built-in help text, and nuisance alarm suppression.

ScopeHMI Development & Integration
REM-04Mobile & Web SCADA

Remote Telemetry & Web Dashboard Access

Configuring secure HTML5 web-based SCADA clients and mobile operator dashboards via encrypted VPN tunnels for remote plant monitoring and diagnostic alerts.

ScopeHMI Development & Integration
Technical Standards

HMI Engineering Parameters

HMI ParameterEngineering Scope & DeliverablesGoverning Standard
HMI & SCADA SoftwareSiemens WinCC Unified, Rockwell FactoryTalk View, Inductive Automation IgnitionISA-101 / ISA-18.2
Communication ProtocolsOPC UA, MQTT, Modbus TCP, EtherNet/IP, S7 TCP/IPIEC 62541
Data Logging & StorageSQL databases, CSV export, long-term process historian archivesANSI / ISA-88
Security & AccessRole-based access control (RBAC), Active Directory / LDAP integrationIEC 62443
Display HardwareIndustrial panel PCs, widescreen touch panels, mobile tablet clientsNEMA 4X / IP65
Development Lifecycle

4-Step HMI Design Workflow

01

UI/UX Layout Design

Drafting wireframes, navigation hierarchies, and tag binding sheets aligned with operator workflow needs.

STAGE 01PASSED QA
02

Graphics & Scripting

Building vector symbols, faceplate popups, animation scripts, and alarm threshold triggers.

STAGE 02PASSED QA
03

PLC Integration Test

Verifying tag read/write speeds, bit mappings, and communication watchdog stability against simulated controllers.

STAGE 03PASSED QA
04

Operator Handover

On-site deployment, user group configuration, and operator training on alarm response and recipe management.

STAGE 04PASSED QA
Frequently Asked Questions

HMI & SCADA Development FAQs

What is a High-Performance HMI and why is it important?

A High-Performance HMI follows ISA-101 guidelines to design operator screens that minimize cognitive load. Instead of flashing red elements everywhere, it uses neutral backgrounds and reserves color strictly for abnormal conditions, allowing operators to detect and resolve faults significantly faster.

Can you migrate legacy PanelView or WinCC flexible screens to modern platforms?

Yes. We extract tag databases and screen layouts from legacy operator interfaces, convert tag references, and redesign graphics for modern widescreen WinCC Unified or FactoryTalk View ME/SE environments.

Let's execute your next industrial milestone.

From initial engineering architecture blueprints to final field commissioning, JFATA Engineering maps directly to your complex automation requirements. Select a specialized service track below to initiate formal project consultation with our engineering team.

Project Delivery Sequence
01
Scope Parameterization
Establish exact I/O requirements, controller hardware platforms, and operational targets.
02
Engineering & Design Development
Draft complete electrical panel layouts, compile loop books, and author PLC control structures.
03
Field Integration Loop
Execute on-site physical wiring diagnostics, panel electrical sign-offs, and final commissioning loops.
System Loop Stability99.9%
Operational CapacityActive
Industrial Automation & System Integration

JFATA Engineering

JFATA Engineering provides industrial automation, PLC programming, SCADA development, HMI design, electrical control panels, industrial networking, and system integration services for manufacturing and process industries.

Serving Industries Across Pakistan
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