Certified PLC Programmer -1

          Course Code: AT1 Duration: 120 Hours

2 PLC's, HMI & SCADA

  1. Definition
  2. Roll of Automation
  3. Industrial Applications
  4. History of Automation
  5. Automation methods
  1. Introduction to PLC
    (Delta & Fuji / Mitsubishi)
  2. Input Types
  3. Output Types
  4. Input / Output addressing
  5. PLC Hardware
  6. PLC Wiring Details
  7. Power supply module
  8. Discrete input/Output modules
  9. Serial communication interface
  10. Power supply limits
  11. Communication limits
  1. Configuration
  2. Ladder Logic[LD]
  3. Input & Output Coil
  4. Set & Reset
  5. Timers and counters
  6. Rising & Falling Edge
  7. Arithmetic instructions
  8. Data Handling instructions
  9. Real time clock
  10. Analog Input & Output Instructions
  11. High Speed Input & Output
  12. Servo & Stepper Controlling
  13. Special Registers / Memory Coil
  14. RS232 & RS485 Protocols
  15. Interfacing with VFD
  16. Downloading/uploading projects
  17. On line monitoring/Debugging
  1. HMI Introduction - Delta
  2. Screen Creation and Navigation
  3. Applying Design, Screen Customization
  4. Buttons, Indicators, Display
  5. Numeric, Character Input
  6. Alarm, Keypad , Password Setting
  7. Importing Images, Logos & In-built Images
  8. Alarm, Keypad , Password Setting
  9. Internal & External Memory
  10. On-line & Off-line Simulation
  11. Downloading/uploading Programs
  12. Interfacing PLC and HMI
  1. Supervisory control and data acquisition - SCADA Packages
  2. Role of SCADA in industrial automation
  3. Real time and historical trend
  4. Configuring alarms
  5. Accessing different security levels
  6. Configuring objects
  7. Script Creation
  8. Creating a project

Certified PLC Programmer -2

          Course Code: AT2 Duration: 140 Hours

2 PLC's -Siemens, HMI & SCADA

  1. Definition
  2. Roll of Automation
  3. Industrial Applications
  4. History of Automation
  5. Automation methods
  1. Introduction to PLC
    (Siemens & OMRON)
  2. Input Types
  3. Output Types
  4. Input / Output addressing
  5. PLC Hardware
  6. PLC Wiring Details
  7. Power supply module
  8. Discrete input/Output modules
  9. Serial communication interface
  10. Power supply limits
  11. Communication limits
  1. Configuration
  2. Ladder Logic[LD]
  3. Input & Output Coil
  4. Set & Reset
  5. Timers and counters
  6. Rising & Falling Edge
  7. Arithmetic instructions
  8. Data Handling instructions
  9. Real time clock
  10. Analog Input & Output Instructions
  11. High Speed Input & Output
  12. Servo & Stepper Controlling
  13. Special Registers / Memory Coil
  14. RS232 & RS485 Protocols
  15. Interfacing with VFD
  16. Downloading/uploading projects
  17. On line monitoring/Debugging
  1. HMI Introduction - Siemens
  2. Screen Creation and Navigation
  3. Applying Design, Screen Customization
  4. Buttons, Indicators, Display
  5. Numeric, Character Input
  6. Alarm, Keypad , Password Setting
  7. Importing Images, Logos & In-built Images
  8. Alarm, Keypad , Password Setting
  9. Internal & External Memory
  10. On-line & Off-line Simulation
  11. Downloading/uploading Programs
  12. Interfacing PLC and HMI
  1. Supervisory control and data acquisition - SCADA Packages
  2. Role of SCADA in industrial automation
  3. Real time and historical trend
  4. Configuring alarms
  5. Accessing different security levels
  6. Configuring objects
  7. Script Creation
  8. Creating a project

Diploma in Automation Engineering -1

          Course Code: AT3 Duration: 180 Hours

4 PLC's, HMI, VFD, SCADA & Panel Components

  1. Definition
  2. Roll of Automation
  3. Industrial Applications
  4. History of Automation
  5. Automation methods
  • Panel Board Introduction
    1. Introduction
    2. Distribution Systems
    3. Panel Boards
    4. Panel Boards constructions
    5. Power supply systems
    6. Panel Boards components
    7. Panel accessories
    8. Power supply systems
    9. Panel board grounding
    10. Panel board types
  • Wiring diagrams
    1. Concept of relays
    2. Common wiring practice
    3. Cable schedule and choice of cables
    4. Mechanical Design Aspects
    5. Circuit Breaker & Preventer
    6. Importance of quality control
    7. Installation & commissioning
  • Sensor networks
    1. Proximity sensors
    2. Limit switches
    3. Optical sensors
    4. Capacitive sensors
    5. Inductive sensors
    6. Ultrasonic sensors
    7. Temperature sensors
    8. Pressure sensor and switches
    9. Load Cells
    10. Colour sensor
    11. Rotary Encoder
  • Control Panel Wiring
    1. Contactor
    2. Relays
    3. Sensors
    4. Timer
    5. Counter
    6. Solid state relay
    7. SMPS/ Transformer
    8. MCB, OLR, MPCB, ELCB
    9. Contactor / Timer concepts
    10. Timer / Counter concepts
    11. Motor forward/reverse wiring
    12. Star delta wiring
  • PLC Introduction
    1. Introduction to PLC
      (Delta, OMRON, IDEC & Fuji)
    2. Input & Output Types
    3. Input / Output addressing
    4. PLC Hardware
    5. PLC Wiring Details
    6. Power supply module
    7. Discrete input/Output modules
    8. Serial communication interface
    9. Power supply limits
    10. Communication limits
  • PLC Basic Instructions
    1. Configuration
    2. Ladder Logic[LD]
    3. Input & Output Coil
    4. Latched relays and coils
    5. Set & Reset Instructions
    6. Timers and counters
    7. Rising & Falling Edge
    8. Arithmetic instructions
    9. Data Handling instructions
    10. Real time clock
    11. Logic functions
    12. Downloading/uploading projects
    13. On line monitoring/Debugging
  • PLC Advance Instructions
    1. Analog Input & Output Instructions
    2. High Speed Input & Output
    3. High speed counter
    4. Special Registers / Memory Coil
    5. RS232 & RS485 Protocols
    6. Interfacing with VFD
    7. High speed output configuration
    8. Interfacing with rotary encoder
    9. Stepper/ Servo Instructions
    10. MODBUS, Ethernet Protocols
    11. Working on real time projects
  1. HMI Introduction - Delta
  2. Screen Creation and Navigation
  3. Applying Design, Screen Customization
  4. Buttons, Indicators, Display
  5. Numeric, Character Input
  6. Alarm, Keypad , Password Setting
  7. Importing Images, Logos & In-built Images
  8. Alarm, Keypad , Password Setting
  9. Internal & External Memory
  10. Graphical design, Image mapping
  11. Macro & Recipe Programming
  12. On-line & Off-line Simulation
  13. Downloading/uploading Programs
  14. Interfacing PLC and HMI
  15. Peripheral device connectivity
  16. Working on Real Time Projects
  • Actuators
    1. Introduction to Motors
    2. Types of Motors
    3. AC / DC Motors
    4. AC Motor types
    5. Gear Mechanism
    6. Speed Control Techniques
    7. Controlling Motors with PLC
    8. Stepper, Servo Motors & Drives
    9. Pneumatic Systems
    10. Hydraulic Systems
    11. Solenoid Valves and Types
  • Variable Frequency Drive -VFD
    1. VFD Introduction
    2. VFD Types, Applications
    3. VFD Parameter Configuration.
    4. Operation & Frequency Commands
    5. 2 Wire/ 3 Wire Method
    6. Multi Speed Operation
    7. ACCI/ RTU Mode Configuration
    8. MODBUS Configuration Settings
    9. Motor Forward Reverse Operation
    10. Interfacing with PLC and HMI
    11. Interfacing with PLC through MODBUS
    12. Working on Real Time Projects
  1. Supervisory control and data acquisition - SCADA Packages
  2. Role of SCADA in industrial automation
  3. Real time and historical trend
  4. Configuring alarms
  5. Accessing different security levels
  6. Configuring objects
  7. Script Creation
  8. Creating a project

Diploma in Automation Engineering -2

          Course Code: AT4 Duration: 200 Hours

4 PLC's -Siemens, HMI, VFD, SCADA & Panel Components

  1. Definition
  2. Roll of Automation
  3. Industrial Applications
  4. History of Automation
  5. Automation methods
  • Panel Board Introduction
    1. Introduction
    2. Distribution Systems
    3. Panel Boards
    4. Panel Boards constructions
    5. Power supply systems
    6. Panel Boards components
    7. Panel accessories
    8. Power supply systems
    9. Panel board grounding
    10. Panel board types
  • Wiring diagrams
    1. Concept of relays
    2. Common wiring practice
    3. Cable schedule and choice of cables
    4. Mechanical Design Aspects
    5. Circuit Breaker & Preventer
    6. Importance of quality control
    7. Installation & commissioning
  • Sensor networks
    1. Proximity sensors
    2. Limit switches
    3. Optical sensors
    4. Capacitive sensors
    5. Inductive sensors
    6. Ultrasonic sensors
    7. Temperature sensors
    8. Pressure sensor and switches
    9. Load Cells
    10. Colour sensor
    11. Rotary Encoder
  • Control Panel Wiring
    1. Contactor
    2. Relays
    3. Sensors
    4. Timer
    5. Counter
    6. Solid state relay
    7. SMPS/ Transformer
    8. MCB, OLR, MPCB, ELCB
    9. Contactor / Timer concepts
    10. Timer / Counter concepts
    11. Motor forward/reverse wiring
    12. Star delta wiring
  • PLC Introduction
    1. Introduction to PLC
      (Siemens, OMRON, Delta / Fuji, Mitsubishi / AB)
    2. Input & Output Types
    3. Input / Output addressing
    4. PLC Hardware
    5. PLC Wiring Details
    6. Power supply module
    7. Discrete input/Output modules
    8. Serial communication interface
    9. Power supply limits
    10. Communication limits
  • PLC Basic Instructions
    1. Configuration
    2. Ladder Logic[LD]
    3. Input & Output Coil
    4. Latched relays and coils
    5. Set & Reset Instructions
    6. Timers and counters
    7. Rising & Falling Edge
    8. Arithmetic instructions
    9. Data Handling instructions
    10. Real time clock
    11. Logic functions
    12. Downloading/uploading projects
    13. On line monitoring/Debugging
  • PLC Advance Instructions
    1. Analog Input & Output Instructions
    2. High Speed Input & Output
    3. High speed counter
    4. Special Registers / Memory Coil
    5. RS232 & RS485 Protocols
    6. Interfacing with VFD
    7. High speed output configuration
    8. Interfacing with rotary encoder
    9. Stepper/ Servo Instructions
    10. MODBUS, Ethernet Protocols
    11. Working on real time projects
  1. HMI Introduction - Siemens
  2. Screen Creation and Navigation
  3. Applying Design, Screen Customization
  4. Buttons, Indicators, Display
  5. Numeric, Character Input
  6. Alarm, Keypad , Password Setting
  7. Importing Images, Logos & In-built Images
  8. Alarm, Keypad , Password Setting
  9. Internal & External Memory
  10. Graphical design, Image mapping
  11. Macro & Recipe Programming
  12. On-line & Off-line Simulation
  13. Downloading/uploading Programs
  14. Interfacing PLC and HMI
  15. Peripheral device connectivity
  16. Working on Real Time Projects
  • Actuators
    1. Introduction to Motors
    2. Types of Motors
    3. AC / DC Motors
    4. AC Motor types
    5. Gear Mechanism
    6. Speed Control Techniques
    7. Controlling Motors with PLC
    8. Stepper, Servo Motors & Drives
    9. Pneumatic Systems
    10. Hydraulic Systems
    11. Solenoid Valves and Types
  • Variable Frequency Drive -VFD
    1. VFD Introduction
    2. VFD Types, Applications
    3. VFD Parameter Configuration.
    4. Operation & Frequency Commands
    5. 2 Wire/ 3 Wire Method
    6. Multi Speed Operation
    7. ACCI/ RTU Mode Configuration
    8. MODBUS Configuration Settings
    9. Motor Forward Reverse Operation
    10. Interfacing with PLC and HMI
    11. Interfacing with PLC through MODBUS
    12. Working on Real Time Projects
  1. Supervisory control and data acquisition - SCADA Packages
  2. Role of SCADA in industrial automation
  3. Real time and historical trend
  4. Configuring alarms
  5. Accessing different security levels
  6. Configuring objects
  7. Script Creation
  8. Creating a project

Master Diploma in Automation Engineering

          Course Code: AT5 Duration: 240 Hours

PLC's (10+ brands), 2 HMI's, VFD, SCADA & Panel Components

  1. Definition
  2. Roll of Automation
  3. Industrial Applications
  4. History of Automation
  5. Automation methods
  • Panel Board Introduction
    1. Introduction
    2. Distribution Systems
    3. Panel Boards
    4. Panel Boards constructions
    5. Power supply systems
    6. Panel Boards components
    7. Panel accessories
    8. Power supply systems
    9. Panel board grounding
    10. Panel board types
  • Wiring diagrams
    1. Concept of relays
    2. Common wiring practice
    3. Cable schedule and choice of cables
    4. Mechanical Design Aspects
    5. Circuit Breaker and Preventer
    6. Importance of quality control
    7. Installation and commissioning
  • Sensor networks
    1. Proximity sensors
    2. Limit switches
    3. Optical sensors
    4. Capacitive sensors
    5. Inductive sensors
    6. Ultrasonic sensors
    7. Temperature sensors
    8. Pressure sensor and switches
    9. Load Cells
    10. Colour sensor
    11. Rotary Encoder
  • Control Panel Wiring
    1. Contactor
    2. Relays
    3. Sensors
    4. Timer
    5. Counter
    6. Solid state relay
    7. SMPS/ Transformer
    8. MCB, OLR, MPCB, ELCB
    9. Contactor / Timer concepts
    10. Timer / Counter concepts
    11. Motor forward/reverse wiring
    12. Star delta wiring
  • PLC Introduction
    1. Introduction to PLC
      (Siemens, OMRON, Delta, Fuji, ABB, Allen Bradley, Mitsubishi, Schneider, IDEC, Zen etc.,)
    2. Input & Output Types
    3. Input / Output addressing
    4. PLC Hardware
    5. PLC Wiring Details
    6. Power supply module
    7. Discrete input/Output modules
    8. Serial communication interface
    9. Power supply limits
    10. Communication limits
  • PLC Basic Instructions
    1. Configuration
    2. Ladder Logic[LD]
    3. Input & Output Coil
    4. Latched relays and coils
    5. Set & Reset Instructions
    6. Timers and counters
    7. Rising & Falling Edge
    8. Arithmetic instructions
    9. Data Handling instructions
    10. Real time clock
    11. Logic functions
    12. Downloading/uploading projects
    13. On line monitoring/Debugging
  • PLC Advance Instructions
    1. Analog Input & Output Instructions
    2. High Speed Input & Output
    3. High speed counter
    4. Special Registers / Memory Coil
    5. RS232 & RS485 Protocols
    6. Interfacing with VFD
    7. High speed output configuration
    8. Interfacing with rotary encoder
    9. Stepper/ Servo Instructions
    10. MODBUS, Ethernet Protocols
    11. Working on real time projects
  1. HMI Introduction - Siemens & Delta
  2. Screen Creation and Navigation
  3. Applying Design, Screen Customization
  4. Buttons, Indicators, Display
  5. Numeric, Character Input
  6. Alarm, Keypad , Password Setting
  7. Importing Images, Logos & In-built Images
  8. Alarm, Keypad , Password Setting
  9. Internal & External Memory
  10. Graphical design, Image mapping
  11. Macro & Recipe Programming
  12. On-line & Off-line Simulation
  13. Downloading/uploading Programs
  14. Interfacing PLC and HMI
  15. Peripheral device connectivity
  16. Working on Real Time Projects
  • Actuators
    1. Introduction to Motors
    2. Types of Motors
    3. AC / DC Motors
    4. AC Motor types
    5. Gear Mechanism
    6. Speed Control Techniques
    7. Controlling Motors with PLC
    8. Stepper, Servo Motors & Drives
    9. Pneumatic Systems
    10. Hydraulic Systems
    11. Solenoid Valves and Types
  • Variable Frequency Drive -VFD
    1. VFD Introduction
    2. VFD Types, Applications
    3. VFD Parameter Configuration.
    4. Operation & Frequency Commands
    5. 2 Wire/ 3 Wire Method
    6. Multi Speed Operation
    7. ACCI/ RTU Mode Configuration
    8. MODBUS Configuration Settings
    9. Motor Forward Reverse Operation
    10. Interfacing with PLC and HMI
    11. Interfacing with PLC through MODBUS
    12. Working on Real Time Projects
  1. Supervisory control and data acquisition - SCADA Packages
  2. Role of SCADA in industrial automation
  3. Real time and historical trend
  4. Configuring alarms
  5. Accessing different security levels
  6. Configuring objects
  7. Script Creation
  8. Creating a project