SCADA System Design and Implementation Training

Practical Training on Industrial Automation, Monitoring & Control Systems

Supervisory Control and Data Acquisition (SCADA) systems are the backbone of modern industrial automation, enabling real-time monitoring, control, data acquisition, and decision-making across industries such as power, water & wastewater, oil & gas, manufacturing, chemicals, pharmaceuticals, and infrastructure projects.

The SCADA System Design and Implementation Training is a practical, industry-aligned program designed to equip participants with end-to-end knowledge of SCADA architecture, hardware integration, software configuration, communication protocols, and commissioning practices.

This course prepares participants for automation and control system roles, with a strong focus on real plant and project execution requirements.

Why This Course Is Required

Industry Need & Skill Gap

In real industrial environments:

  • SCADA systems are critical for plant operation and safety

  • Engineers must integrate PLCs, RTUs, HMIs, sensors, and communication networks

  • Poor SCADA design can lead to plant downtime, data loss, or safety risks

  • Many graduates know theory but lack hands-on SCADA design and implementation exposure

Industries are looking for professionals who can:

  • Design complete SCADA system architecture

  • Configure and deploy SCADA software

  • Integrate field instruments and control systems

  • Perform testing, commissioning, and troubleshooting

  • Support operation, maintenance, and upgrades

This course bridges the gap between academic automation concepts and real industrial SCADA projects.

Who Should Attend This Course

This training is suitable for:

  • Electrical Engineering students and graduates

  • Electronics & Instrumentation Engineers

  • Automation and Control Engineers

  • Mechanical and Chemical Engineers involved in automation projects

  • Diploma holders and technicians

  • Maintenance and operations professionals

  • Professionals seeking a career in industrial automation

Basic knowledge of electrical or instrumentation fundamentals is sufficient.

What You Will Learn

After completing this course, participants will be able to:

  • Understand complete SCADA system architecture

  • Design SCADA systems for industrial applications

  • Configure SCADA software and HMI screens

  • Integrate PLCs, RTUs, sensors, and field devices

  • Implement industrial communication protocols

  • Perform testing, commissioning, and troubleshooting

  • Understand cybersecurity and system reliability concepts

  • Confidently attend interviews for SCADA and automation roles

Course Curriculum

Module 1: Introduction to SCADA Systems

  • SCADA overview and applications

  • Difference between SCADA, PLC, DCS, and HMI

  • Components of a SCADA system

  • Centralized vs distributed architectures

Module 2: SCADA System Architecture & Design

  • Hardware architecture (PLC, RTU, servers, workstations)

  • Network topology and redundancy

  • Data acquisition and control flow

  • System sizing and scalability considerations

Module 3: Field Devices & Instrument Integration

  • Sensors and transmitters

  • Actuators, motors, and control valves

  • Signal types (analog, digital)

  • Panel wiring concepts and I/O mapping

Module 4: PLC & RTU Integration

  • Role of PLCs and RTUs in SCADA

  • Communication between PLC and SCADA

  • Tag creation and data mapping

  • Basic PLC logic interface with SCADA

Module 5: SCADA Software Configuration

  • SCADA software overview

  • Project creation and configuration

  • Tag database and alarm configuration

  • Data logging and trending

  • User access and security levels

Module 6: HMI Design & Visualization

  • HMI screen design principles

  • Process graphics and symbols

  • Alarm and event displays

  • Trend analysis and reporting

  • Operator-friendly interface design

Module 7: Communication Protocols

  • Modbus (RTU / TCP)

  • Profibus and Profinet (overview)

  • Ethernet-based communication

  • OPC and data interoperability

  • Communication troubleshooting

Module 8: SCADA Implementation & Commissioning

  • Installation and configuration steps

  • Factory Acceptance Test (FAT)

  • Site Acceptance Test (SAT)

  • Loop checking and I/O testing

  • Commissioning documentation

Module 9: SCADA Cybersecurity & Reliability

  • SCADA system vulnerabilities

  • Network security basics

  • User authentication and access control

  • Backup, redundancy, and disaster recovery

Module 10: Industrial Case Studies & Applications

  • Power plant SCADA systems

  • Water and wastewater treatment SCADA

  • Oil & gas pipeline monitoring

  • Manufacturing automation systems

Model Projects Included

To ensure practical, job-ready skills, participants work on industry-relevant model projects:

Model Project 1: SCADA Architecture Design

  • System layout and hardware selection

  • Network and communication design

Model Project 2: SCADA Software Configuration

  • Tag creation and alarm setup

  • HMI screen development

Model Project 3: PLC–SCADA Integration

  • Real-time data acquisition

  • Control and monitoring logic

Model Project 4: Testing & Commissioning Simulation

  • FAT and SAT procedures

  • Fault identification and troubleshooting

Career Opportunities After This Course

Hiring Industries

  • Power generation and distribution

  • Water and wastewater utilities

  • Oil & gas and pipeline projects

  • Manufacturing and process industries

  • EPC and system integration companies

  • Industrial automation solution providers

Job Roles

  • SCADA Engineer

  • Automation Engineer

  • Control Systems Engineer

  • Instrumentation Engineer

  • PLC–SCADA Programmer

  • Operations and Maintenance Engineer

Training Methodology

  • Practical, project-oriented learning

  • Industry-based system design approach

  • Hands-on SCADA configuration practice

  • Real-world case studies

  • Interview-oriented technical guidance

Certification

Certificate in SCADA System Design and Implementation
Issued by Pertecnica Engineering

This certification validates your practical competence in designing, implementing, and supporting industrial SCADA systems.

Why Choose Pertecnica Engineering

  • Industry-experienced automation trainers

  • Focus on real industrial projects

  • Practical and application-driven training

  • Suitable for freshers and working professionals

  • Strong emphasis on employability

Same syllabus for the following courses..

SCADA System Design Training
SCADA Implementation Course
Industrial SCADA Training
PLC SCADA Course
Automation and Control Systems Training