Sigma Institute for Engineers

Why to Choose Sigma institute for Engineers ?

  • Batch wise systematic training
  • Syllabus designed after vast industrial experience
  • Experienced faculties having vast experience
  • Carrier guidance at all levels
  • Placement assistance at all levels
  • Well equipped instrumentation lab
  • More PLCs for practice
  • Chance to work on live panel work
  • Learning by industrial examples
  • Its more than only learning
  • Limited student in batch
  • Personal attention to each student
  • Engineering books and magazines for more knowledge

No Other Institute has Syllabus like we have

A BRIDGE BETWEEN COLLEGE AND CAREER ……AND WAY TO IIoT (INDUSTRIAL INTERNET OF THINGS) & INDUSTRY 4.0

Syllabus

Panel door controls :

Switches :

Push button with NO/NC contacts, selector switches, spring return selector, Toggle and rocker switches, Illuminated pushbuttons, push to ON push to OFF, Mushroom headed switch etc.

Panel door indicators:

Bulb indicator, LED indicator, Bacon, hooters, buzzers, panel meters and tower light etc.

Sensors :

Position :

Limit switches, inductive-capacitive-magnetic-optical-ultrasonic  proximity switches, shaft encoder, liner encoder, LVDT, linear potentiometer etc.

Temperature :

RTD (PT100), Thermocouple, Thermistor, Pyrometer, thermostat, Semiconductor temperature sensor, temperature transmitters, thermowell, Temperature controllers etc.

Pressure :

Pressure transmitter, pressure switch, pressure gauge etc.

Flow :

Paddle wheel, target, Rotameter, differential pressure, positive displacement, velocity, mass and open channel etc.

Level :

Vibrating fork, conductivity probe, capacitive, ultrasonic etc.

Actuators :

Relay, contactor, solenoid and solenoid valves, SSR, PPC SSR, stepper and servo motors, pneumatics, vacuum, hydraulics etc.

Safety :

Human Safety Devices :

Helmet, Gloves, Safety shoes, Goggles, Nose mask, Ear Plugs, Boiler Suit, Scaffold, Safety lamp etc.

Machine Safety Devices :

Fuse, SFU, MCB, MCCB, RCCB/ELCB, Earthing, OLR, MPCB, MPD, Ingress Protection (IP), Hazardous area classification, intrinsic safety and signal Isolation etc.

Accessories :

PVC channel, DIN rail, lugs, cable marking ferrules, sleeves, terminal block connectors, tb marker, 22.5 mm blind, end clamp, end  plate, cable gland, document holder, spiral bind, cable tie & tie base, air vent (filter), cooling fan, name plate, panel lock, hinges pcb supporter & spacer, busbar, busbar insulator or supporter, cable tray, conduit cable and wires, control transformer, binding belt, lacing cord, utility socket etc.

Wiring exposure :

Jog, DOL starter, RDOL starter, YD starter, interlocking, holding, dependency, sensor Interfacing etc.

PLC :

PLR, micro and modular PLCs, Siemens S7-200 and S7-300, Mitsubishi FX and A Series, Omron CP1E, Allen Bradley Micrologix 1100 & 1400, Schneider Zelio, Vipa, Teco etc.

HMI :

Siemens TP177, OP77B, TD200, Omron NB5Q, Baijer E700, Kinco MT4434TE etc.

SCADA :

Citect, Wonderware Intouch, Siemens WinCC Flexi etc.

VFD :

Siemens MM440 with encoder feedback, Yaskawa V1000 etc.

IIoT Devices :

Modbus to MQTT Converter, ESP32 based IIoT Interface, Ethernet to WiFi converter, Rs485 to Ethernet converter, WiFi router

Mechatronics :

CNC router, 3D printer, Lead screw mechanism, Stepper and servo motion control

ADIA Advanced Diploma in Industrial Automation = Module I + Module II + Module III

Module I
EIA (Essentials of Industrial Automation)
  • Topic I     : Industrial Automation – An overview
  • Topic II    : Electrical Concepts
  • Topic III   : Panel door controls and indicators
  • Topic IV   : Sensors
  • Topic V    : Actuators
  • Topic VI   : Controllers
  • Topic VII  : Industrial safety and related devices
  • Topic VIII : Panel and field accessories
  • Topic IX   : Industrial documentation
  • Topic X    : Industrial panel wiring
  • Topic XI   : Use of tools and multimeter
Module II
PLC Essentials of Programmable Logic Controller
  • Topic I   : Types of industrial processes and their control mechanisms
  • Topic II    : Concept of PLC
  • Topic III   : Introduction to PLC hardware
  • Topic IV   : Introduction to offline simulator software, ladder diagram and IEC61131-3
  • Topic V    : Basic Instruction sets
  • Topic VI : Introduction to online simulator software and ladder writing
  • Topic VII  : Data handling instruction sets
  • Topic VIII : Analog signal processing
  • Topic IX   : Introduction to various make PLCs and their respective software
  • Topic X : Introduction to advanced programming
  • Topic XI   : Selection of PLC
  • Topic XII  : PLC installation and wiring
  • Topic XIII : PLC testing, commissioning and troubleshooting
Module III:
AIA Advanced Industrial Automation
  • Topic I  : Basics of SCADA, creating new SCADA applications, tag generation, screen development, Buttons, numeric  display and input, animated object, trends, report, alarm, SCADA communication and protocols etc.
  • Topic II  : HMI Basics and types of HMI, creating new HMI program, tag generation, screen development, buttons, numeric display and input, alarm, HMI communication and protocols etc.
  • Topic III : AC Drives: Fundamentals, parameter settings, open loop and close loop speed controls etc.
  • Topic IV : PID Controls : concept and practical implementation using PLC
  • Topic V  : Concepts of IIoT and Industry 4.0

Advance Module for Industrial Automation = Module IV, Module V, Module VI

Module IV:
APP Advanced PLC Programming
  • Topic I    : Introduction to basic instructions
  • Topic II   : Program control instructions
  • Topic III  : Interrupts
  • Topic IV  : High Speed Counting (HSC) and Pulse Output (PTO)
  • Topic V   : Advanced instructions for PLC programming
  • Topic VI  : PID instructions
  • Topic VII : Applied techniques for programming and trouble shooting
Module V:
ED Electrical Drafting
  • Topic I   : Introduction
  • Topic II  : Introduction to CAD software
  • Topic III : Introduction to symbols
  • Topic IV : Electrical drafting
  • Topic V  : Maintaining documentation
Module VII:
EPD Electrical(LT) Panel Designing
  • Topic I     : Panel definition and need of panel
  • Topic II    : Types of panels
  • Topic III   : Basics of panel components
  • Topic IV  : Making of different types of control and power circuits with simulation
  • Topic V    : Panel Documentation
  • Topic VI   : Concepts of panel designing
  • Topic VII  : Use of tools
  • Topic VIII : Panel installation and maintenance
  • Topic IX   : Workflow of panel designing
  • Topic X    : Practical panel wiring
  • Topic XI   : Intelligent MCC
  • Topic XII  : Industrial Visit

Also available :    

  • Embedded Applications (8051 µC)
  • Robotics Applications
  • Customized training for corporate clients
  • Customized training for educational institutes
  • Project training for engineering students