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Industrial Automation and Control Systems Contents

Course Contents

Sl No Module Sessions Labs

Supervision Control and Data Acquisition. SCADA

  • Introductioon to SCADA
  • Creating new SCADA project
  • Creating and editing elementary graphic display
  • Attaching controls to graphic objects
  • Real time and Historical Trends
  • Using alarm and events
  • Building tag data basis and expressions
  • Creating and testing runtime applications
  • Applications of Scripts
  • Communication with PLC
  • Communication with Excel
4 20

Relevancy with ME/Mechatronics

  • The 3rd Dimention
  • Why 3rd Dimention
  • The conventions of CAD(plan viwe, right hand rule)
  • Co-ordinate system for 3D
  • Types of 3D models
  • Construction of a wireframe model
  • Viewing a 3D model in CAD (Vpoint, DDV point, Dview, 3Dorbit)
  • Concept of elevation and thickness
  • 3D Surfaces (3D primitives)
2 1

Programmable Logic Controller. PLC

  • Digital electronics basics
  • PLC Fundamentals
  • PLC hardware and architecture
  • Programming languages
    • ​Ladder Logic Language
    • Sequential Flow Control
    • Functional Block Diagram
    • Statement Lists
    • Instruction Lists
  • ​Sourcing and sinking concepts
  • Underatanding Memory management
  • Underatanding Analog and Digital Signals
  • Wiring Field Devices to PLC
  • Introduction to PLC programming software
  • Creating new applications, addressing
  • Basic programming instructions
  • Advanced instructions
  • Upload / Down;load Monitoring
  • Forcing of IOs
  • Knowledge of Pressure, flow
  • Fault finding / troubleshooting and documentation
  • Communication with SCADA software
12 24

Human Machine Interface. HMI

  • Introduction to HMI, use and benefits
  • HMI IO concept and wiring
  • Understanding analog and digital signals
  • Basic programming instructions
  • Program simulations
  • Creating applications and tags
  • Downloading and Uploading programs
  • Creating alarm messages
  • Communication with PLC
  • Fault diagnostics / troubleshooting
2 3

Distribution Control System. DCS

  • Introduction to DCS
  • Architecture of DCS
  • Scope of DCS in the field of Automation
  • Networking of Automation Stations
  • Looping of power and data bus for various automation
  • Common addresing and sharing of IO channels of automation stations
  • Procesor, IO modules, , communications, bus redundancy
  • Difference between PLC and DCS applications
  • Advantages of DCS over PLC
2 2

Motion Control (Devices and Motors)

  • Principles of AC Drives
  • Principle of variable frequency drive
  • Selection criteria for VFDs
  • parameter programming
  • Principle of Induction motors
  • Speed Control Methods
  • Selection Criteria for Drives, Speed/Torque
  • Romote and Local operations of drives
  • Application oriented - case study
  • Motor starters: DOL, star-delta, Auto Transfermers
  • Benefits of AC drives over conventional starters (DOL & start-delta)
  • Motor controlled circuits, interlocking circuits
  • Parameter Programming
  • Designing of drive control panels
  • Communication between drives, PLC and SCADA.
5 5

Process and Field Instrumentation

  • Basic control systems
  • Transmitters / sensors used in industrial applications
  • Position sensor, photoelectric, proximity, encoders (working pronciple, types, selection guidelines)
  • Tempreture measuring. (RTD, thermocouple, thermisters). Working principle, types and selection
  • Flow Measurements. Working principle, types and selection guidelines
  • Pressure measurement. Working Principles, types
  • level measurements. Working principle, types
  • Load management. Load cell
  • Solonoid valves, control valves, smart transmitters
  • Instrument Transmitters (CT, PT)
  • Process control basics, closed and open loop controls
  • Process controllers (on & off PID)
  • Different types of transducers
  • Indications ammeter, volt-meter, PF and KW etc
  • General Protections
3 3

Panel Design

  • Introductions to switches gears and accessories
  • Basice of control and power drawings
  • General Protection Involved in Panels
  • Load Management (connected load, running load, load factor)
  • Indications (ammeter, volt meter, PF & KW meter etc)
  • Electrical Protections
  • Prpperation for Power and Control Circuits
  • Basics of Control and Power Wiring
  • Switchgear Solutions
  • Panels
  • Classification of Panels
  • Wire and Bus Bar Selections
  • Protection and Wiring Guidelines
  • Knowledge of general accessories used in panels
  • Maintenance and Troubleshooting of control circuits in live panels
5 11


  • Computer and AutoCAD basics
  • AutoCAD, electrical design concepts
  • User Interfaces
  • Project Management
  • Schematic Drafting
  • Editing Tools
  • Schematis Reports
  • Schematic Symbols
  • Part Catelogues
  • Programmable Logic Controllers
  • Panal Layouts
  • How to Creat @D Drawings with all features included
  • Layers hatches and Dimentions
  • Designing Poer and Control Drawings through AutoCAD 
4 15


EmbLogic™ is an ISO 9001:2008(QMS) (Quality Management System) Certified Company.



C Programming and Data Structures on Linux

The "Project based Training in Data Structures using C on Linux" is designed to ensure that the trainee should be able to understand technical issues, relate it to real world scenarios, exhibit required skill in evolving logic, designing algorithms, solving problem and developing programs in C.

Aug 09, 2020

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