100 Days Project Challenge Course Outline

100 Days Project Challenge Course Outline -Total course 5500/-

Section -1: Low Voltage Device

Course Fee 2500 TK

Day Project Name Class Teacher Autorotation  Course Supervisor Autorotation
1

Making a Power Supply

* Transformer

  • Introduction
  • Construction of Transformer
  • Working Principle
  • Types of Transformer

* Diode

  • Introduction
  • Construction of Diode
  • Working Principle
  • Types of Diode

* Capacitor

  • Introduction
  • Construction of Capacitor
  • Working Principle
  • Types of Capacitor

* Resistor

  • Introduction
  • Construction of Resistor
  • Working Principle
  • Color Code Explain
  • Types of Resistor

*Voltage Regulator IC

  • Introduction 
  • Construction & Working Principle 
  • Types of Voltage Regulator IC

*Project

  • Make a complete DC power supply 
2

Making a Switching Circuit 

*Transistor (BJT)

  • Introduction
  • Construction of Transistor
  • Connection and Working Principle
  • Types of Transistor

*Project

  • Make a complete switching ckt.
3

* MOSFET

  • Introduction
  • Construction of MOSFET
  • Working Principle
  • Types of MOSFET

* IGBT

  • Introduction
  • Construction of IGBT
  • Working Principle
  • Types of IGBT

*Project

  • Make a complete switching ckt.
4

* Optocoupler

  • Introduction
  • Construction of optocoupler
  • Working Principle
  • Types of optocoupler

*Project

Make a complete switching ckt.

5

* DIAC

  • Introduction
  • Construction of DIAC
  • Working Principle
  • Types of DIAC

* TRIAC

  • Introduction
  • Construction of TRIAC
  • Working Principle
  • Types of TRIAC

*Project

  • Make a complete switching ckt.
6

* NE555

  • Introduction
  • Construction of NE555
  • Working Principle
  • Types of NE555

*Project

Make a complete project.

7

* Opamp (LM741)

  • Introduction
  • Construction of LM741
  • Working Principle
  • Types of Opamp

*Project

Make a complete project.

8

* Inductor 

  • Introduction
  • Construction of Inductor
  • Working Principle
  • Types of Inductor

* Proximity Sensor 

  • Introduction
  • Construction of Proximity 
  • Working Principle
  • Types of Proximity Sensor

* Photo Sensor

  • Introduction
  • Construction of Photo Sensor
  • Working Principle
  • Types of Photo Sensor
9

Temperature Control Circuit 

* RTD 

  • Introduction
  • Construction of RTD
  • Working Principle
  • Types of RTD

*Thermocouple 

  • Introduction
  • Construction of Thermocouple
  • Working Principle
  • Types of Thermocouple

*Thermostat 

  • Introduction
  • Construction of Thermostat
  • Working Principle
  • Types of Thermostat
10

*Solenoid Valve

  • Introduction
  • Construction of solenoid valve
  • Working Principle
  • Types of solenoid valve

*Project

Make a complete project.

11

Motor Concept

* Introduction

  • Introduction 
  • Types of Motor
  • Applications

* Single Phase Motor

  • Introduction
  • Construction
  • Working Principle
  • Single phase motor wiring
  • Calculation and test

* Three Phase Motor

  • Introduction
  • Construction
  • Working Principle
  • Three-phase motor wiring
  • Calculation and test
12

Load Calculation

*  Domestic Wiring

  • Introduction
  • Domestic Wiring Principle
  • Load Calculation
  • Testing and Fault Detection

* Industrial Wiring

  • Introduction
  • Industrial Wiring Principle
  • Load Calculation
  • Testing and Fault Detection
13

Cables Selection

* Cable/Wire

  • Introduction
  • Types of Cable/Wire
  • Cable selection principle
  • Calculation
  • Test
14

DOL-Starter

*Relay 

  • Introduction
  • Construction of Relay
  • Working Principle
  • Types of Relay

*Magnetic Contactor

  • Introduction
  • Construction of Magnetic Contactor
  • Working Principle

* Project 

  • Make a complete DOL starter 
15

Making Control System

*Timer

  • Introduction
  • Working Principle
  • Types of Timer

* Project 01: S/W-1 Push-M1 ON-15sec-M1 OFF

* Project 02:  S/W-1 Push-M1 ON-5sec-M1 OFF, M2 ON

* Project 03:  S/W-1 Push-5sec-M1 ON

16

Making Control System (Part 02)

* Project 01: S/W-1 Push-5sec-M1 ON-10 Sec-M2

ON-10 Sec-M1, M2 OFF.

* Project 02: S/W-1 Push-5sec-M1 ON-10 Sec-M2

ON-10 sec-Only M1 OFF

17

Making Control System (Part 03)

* Project 01: S/W-1 Push-5sec-M1 ON-10 Sec-M2

ON-10 sec-Only M2 OFF

* Project 02: S/W-1 Push-M1 ON-10 Sec-M2 ON-10 sec- M3ON-10 Sec- M2,M3OFF

18

Star-Delta Starter

  • Introduction
  • Star-Delta Power/Block Diagram
  • Star-Delta controlling Hardware connection
19

Forward and  Reverse Control

  • Introduction
  • Rev-Fwd Power/Block Diagram
  • Rev-Fwd (Manual)
  • Rev-Fwd (Auto)
20

Making Control System (Part 04)

*ATS

  • Introduction
  • Construction of ATS
  • Working Principle of ATS

*Project

Make a complete project.

21

Making Control System (Part 05)

* Interlocking

  • Introduction
  • Construction of Interlocking
  • Working Principle of Interlocking

*Project

Make a complete project.

22

Making Control System (Part 06)

*Liquid Level Control

  • Introduction to  float switch
  • Construction of Liquid Level Control circuit
  • Working Principle
23

Making Control System (Part 07)

* Jogging/Inching Control Circuit

  • Introduction to Jogging/Inching 
  • Construction of Jogging/Inching
  • Working Principle

*Project

Make a complete project.

24

Protection Circuit (Part 01)

* Overload/Phase Failure Relay

  • Introduction
  • Construction of Overload Relay
  • Working Principle

* Solid State Relay (SSR)

  • Introduction
  • Construction of SSR
  • Working Principle

Protection Circuit (Part 02)

*MCB & MCCB

  • Introduction
  • Construction of MCB & MCCB
  • Working Principle

* ELCB/RCCB

  • Introduction
  • Construction of ELCB & RCCB
  • Working Principle

*MPCB

  • Introduction
  • Construction of MPCB

Working Principle

25

Transformer Calculation and Winding

    • Introduction
  • Complete calculation
  • Complete measurement 

 

100 Days Project Challenge Course Outline

Section -2 : PLC

Course Fee 2000 TK

Day Project Name Class Teacher Autorotation Course Supervisor Autorotation
1
  • What is PLC
  • Advantage
  • Disadvantage
  • Block diagram
  • Input module Ckt
  • Output module circuit diagram
  • PLC programming language
2
  • All PLC brand name
  • Cable name, software name For Siemens logo PLC
  • I/O identify system for Siemens logo PLC
  • Symbol explain of logo PLC
3 PLC programming For Siemens logo PLC:-

  • Digital Logic Gate Logic gate
  • Lunching/ Dol Starter and practical implementation
4 PLC programming For Siemens logo PLC:-

  • Automatic water level control system and practical implementation
5 PLC programming For Siemens logo PLC:-

  • Timer 
  • Counter
  • Sequential control system and practical implementation.
6 PLC programming For Siemens logo PLC:-

  • Automatic car parking and practical implementation
7 PLC programming For Siemens logo PLC:-

  • Automatic Traffic light control system and practical implementation
8 PLC programming For Siemens logo PLC:-

  • Temperature control system and practical implementation.
9 PLC programming For Siemens logo PLC:-

  • Complete industrial production system and practical implementation.
10 Siemens S7-200:-

  • Cable name, software name For Siemens S7-200 PLC
  • I/O identify system for Siemens s7-200 PLC
  • S7-200 input output wiring and  practical implementation
11 PLC programming For Siemens S7-200 PLC:-

  • Digital Logic gate
  • Dol Starter / lunching circuit
12 PLC programming For Siemens S7-200 PLC:-

  • Timer
  • Counter
  • Make a simple program or timer and counter
13 PLC programming For Siemens S7-200 PLC:-

  • Automatic packaging system .
14 PLC programming For Siemens S7-200 PLC:-

  • Counting system using proximity sensor and  practical implementation.
15 PLC programming For Siemens S7-200 PLC:-

  • Stepper Motor control system and practical implementation.
16 Mitsubishi plc :-

  • Cable name, Software name For Mitsubishi Plc 
  •  I/O identify system for Mitsubishi PLC 
  • Mitsubishi plc input output wiring and  practical implementation
  • Mitsubishi digital programming and practical implementation
  • Timer  And  Counter
17 Omron :-

  • Cable name, Software name For Mitsubishi Plc 
  •  I/O identify system for Omron PLC 
  • Omron plc input output wiring and  practical implementation
  • Omron  digital Logic gate programming and practical implementation
  • Timer  And  Counter
18 Delta :-

  • Cable name, Software name For Mitsubishi Plc 
  •  I/O identify system for Delta  PLC 
  • Delta  plc input output wiring and  practical implementation
  • Delta   digital Logic gate programming and practical implementation
  • Timer  And  Counter
19 LG Master k:-

  • Cable name, Software name For Mitsubishi Plc 
  •  I/O identify system for LG PLC 
  • LG  plc input output wiring and  practical implementation
  • LG digital programming and practical implementation 
  • Analog Programming  and timer& counter .
20

Fatek:-

  • Cable name, Software name For Mitsubishi Plc 
  •  I/O identify system for LG PLC 
  • Fatek plc input output wiring and  practical implementation
  • Fatek  digital programming and practical implementation 
  • timer& counter .

100 Days Project Challenge Course Outline

Section -3 : VFD

Course Fee 1000 TK

Day Project Name Class Teacher Autorotation Course Supervisor Autorotation
1
  • What is VFD
  • Advantage
  • Disadvantage
  • Block diagram
  • All VFD brand name
  • Working principle of VFD
2
  • Input module Ckt
  • Output module circuit diagram
  • Hardware Connection 
  • 3 phase motor control digital keypad 
3
  • 3 phase motor control analog Input. 
4
  • Parameter setting
  • Forward /Reverse Motor Control .
5
  • Frequency and Forward /Reverse Motor Control. 
6
  • Fault reset 
  • External fault detection.
7
  • Multi Step Speed  selection
8
  • 3 Wire sequence  selection
9
  • Free Movement Induction Motor  
10
  • PLC to VDF mod bus communication system .

 

100 Days Project Challenge Course Outline

Section -4 & 5 : STEPPER & SERVO MOTOR

Course Fee 700 TK   

Day Project Name Class Teacher Autorotation  Course Supervisor Autorotation
1

Stepper Motor & Driver

*Stepper Motor

  • Introduction to Stepper Motor
  • Construction of Stepper Motor
  • Working Principle of Stepper Motor
  • Types of Stepper Motor
  • Coil Connection of Unipolar/Bipolar Stepper Motor
  • Explanation the specification of a stepper motor

*Stepper Motor Driver

  • Introduction to Stepper motor driver
  • Construction of stepper driver
  • Working Principle
  • Connection with stepper motor and test
2

Stepper Motor & Driver (Part 02)

*Run Methods

  • Explain different type running methods
  • Explain microstepping method
  • Hardware connection and run manually

*Pulse Generate

  • Explain pulse generator circuit
  • Make pulse generator using Analog Circuit
  • Make pulse generator using microcontroller

*Calculation

  • Step and motor rotation calculation
3

Stepper Motor & Driver (Part 03)

*Projects

  • 360° Full rotation using PLC
  • Speed Control and Free Rotation Angle control using PLC/Microcontroller
  • Automatic Forward and Reverse Control using PLC
  • Forward and Reverse control using Push Button
  • Angle control using Push button

 

4

Servo Motor & Driver (Part 01)

*Servo Motor                                                                  

  • Introduction to Servo Motor
  • Construction of Servo Motor
  • Working Principle of Servo Motor
  • Types of Servo Motor
  • Connection of Servo  Motor
  • Explanation the specification of a Servomotor
5

Servo Motor & Driver (Part 02)

*Servo Motor Driver

  • Introduction to servo motor driver
  • Construction of servo driver
  • Working Principle
  • Connection with servo motor and test
6

Servo Motor & Driver (Part 03)

*Run Methods

  • Explain running methods
  • Explain microstepping method
  • Hardware connection and run

*Calculation

  • Servo motor rotation calculation
7

Servo Motor & Driver (Part 03)

*Projects

  • Free 360° angle rotation
  • Multi angle rotation control
  • Angle rotation step by step with controller
  • Automatic Forward Reverse control using controller

100 Days Project Challenge Course Outline

Section -6 & 7 : HMI & SCADA

Course Fee 1000 TK

Day Project Name Class Teacher Autorotation Course Supervisor Autorotation
1
  • What is HMI
  • Advantage
  • Disadvantage
  • Block diagram
  • Input module Ckt
  • Output module circuit diagram
2
  • All HMI brand name
  • Cable name, software name 
  • I/O identify system 
  • HMI screens control system.
3
  • Programming, installation & troubleshooting PLC, HMI with motor practical implementation 
4
  • Programming, installation & troubleshooting PLC, VFD, HMI with motor practical implementation
5
  • Programming, installation & troubleshooting PLC, VFD, and HMI with Industrial production system implementation practical implementation.

 

6
  • What is SCADA
  • Advantage                                                                                                       
  • Disadvantage
  • Block diagram
  • SCADA  main components
7
  • SCADA architectures of  different generations
  •  I/O tasks
8
  • Make a motor control system with SCADA

 

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