Advanced Post Graduate Program in Industrial Automation & Controls, MITSkills, Pune

1
Advanced Post Graduate Program in Industrial
Automation Controls.
http//www.mitskillsindia.com/
2

• Advanced Post Graduate Program in Industrial
  Automation Controls.
• Post Graduate Course in Industrial Automation
  and Control is advanced training program designed
  to provide hands on experience in PLC and SCADA.
• This masters course after electrical or
  electronics engineering is designed in close
  acquaintance with industries and experienced
  industry veterans.
• MITSkills offers Post Graduate Programme in
  Industrial Automation Control in Pune. These
  training programs will be in close acquaintance
  with industries and experienced industry veterans
  carrying rich domain and practical knowledge..

3

• Salient Feature
• Focus on domain engineering knowledge in
  Instrumentation, Electrical, Control Systems
  along with PLC, SCADA, HMI, VFD, EPLAN, AutoCAD,
  PDMS Software.
• The course is designed in collaboration with
  various industries and industry experts to
  fulfill their skilled manpower requirements.
• All Faculties/ Trainers are from design industry
  with average 35 years of experience in their
  domain.
• Industrial visits are conducted to let the
  students experience field operations and gain
  industrial exposure.
• Training on aptitude and soft skills
  development.
• 100 placement assistance.
• The program can be availed in a weekend mode.

4

• Duration
• 6 Months (Regular)
• 8 Months (Weekend)
• Eligibility
• BE / B-TECH / Diploma in Electronics and
  Telecommunication.
• BE / B-TECH / Diploma / MSc. in Instrumentation.
•  BE / B-TECH / Diploma in Electrical.
•  BE / B-TECH / Diploma / MSc. in Industrial
  Electronics.
•  BE / B-TECH / Diploma in Mechatronics.
• Commencement
• Regular Batch 19th February 2018
• Weekend Batch 24th February 2018
• Fees

5

• Course Content
• Instrumentation
• Project activity in Instrumentation.
• Basics of Instrumentation.
• Types of Transducers and sensors.
• Working Principles of various transducers and
  sensors.
• Final control Element.
• Specification and Application, selection
  criterion.
• Hazardous Area.
• Engineering Drawing Instrument piping
  interface, Function loop, Interlock logic,
  Cause effect.
•  Control Systems
• Types of Control Systems.
• Concept and types of Controllers.
• Use of Discrete and Analog Controllers.
• PID controllers Advanced control strategies.
• Study of various PIDs.                          
                        
• Drawing/ Diagrams Process Hookup, Pneumatic
  Hookup, Level sketches, Installation.

6

• Course Content
• Electrical
• Project Activity in Electrical.
• Basics of Electrical.
• Electrical Drawings.
• Documentation and Schematics.
• Electrical Machines.
• Design, Procurement, Commissioning activities In
  Project.
• SLD for PCC/MCC.
• Electrical Drawings, Documentation and
  schematics
• Switchgear for Power Distribution.
• Cables and Wires Maintenance and installation
  Practice.
• Power System Protection and Coordination.
• Electrical Safety and Grounding/ Earthing.
• Lightning Protection.

7

• Course Content
• PLC (With Allen Bradley and Siemens PLC)
• Basic of PLC, Basic of Relay, PLC Selection etc.
• Sensor wiring, Input-output to PLC, PLC wiring
  etc.
• Basics of Ladder Programming
• Logic gate
• NO/NC concept with  programming example
• OSR, Latch/Unlatch
• Timer with examples
• Counter with examples
• Tools - Compare, Math, MOV, Logic gates, with
  examples
• Tools- Analog Instruction SCL/SCP, Program
  Control, Subroutine,
• Upload/Download of Programming
• I/O Mapping
• Online Fault Finding  Editing in existing code
• File Handling  Backup taking
• Practical based on above.

8

• Course Content
• SCADA
• Basics of SCADA Screen Development
• Practice on Screen Development
• Tag Creation
• Align, Attribute
• Animation tools like Color, Visibility, Fill,
  Sliders with examples
• Position, Touch, Rotate with examples
• Trends and Alarms
• Screen Toggle
• Password protection
• SCADA Communication with PLC
•   Practical based on above.
• SPM Design
• Machine introduction,
• SPM Lifecycle
• Critical Factors

9

• Course Content
• Machine controls,
• Feedback elements,
• Electrical motor sizing,
•   Power estimation,
• Interfacing and machine wiring
• Operator control box design,
• Main control box panel layout,
•   Standards Best Practices
•   Miscellaneous
• Overview of Refinery, Chemical, Water Treatment
  Processes
• Industrial Communication
• Servo system Design
• Industrial Hydraulics Pneumatics
• Industrial Safety
• Industrial Maintenance Engineering
• Signal Conditioners

10

• SOFTWARE
• AutoCAD
• PDMS
• PLC - Allen Bradley Micrologix 1400, Siemens
  S7-300
• SCADA - Factory talk view, WinCC,
• HMI - WinCC Flexible
• VFD.

Thank You