Embedded Systems with PIC (4 Weeks / 6 Weeks)

Embedded System with PIC

(4 weeks / 6 weeks)

Course Highlights

  • Over 38 hands on Engineering projects
  • No Pre-Requisite [No Pre Knowledge required, we will teach u everything]
  • C language & Electronics covered
  • Fully Equipped Lab with all component & kits available for Students
  • Small Batch of 5 student for better Understanding [2 to 4 hrs. each day]
  • Unique Certified course which meets industrial requirements
S.No. Details
1.      Introduction to EMBEDDED SYSTEM
Embedded System & Robotics

 

 

 

 

 

 

 

 

  • Scope and need of Embedded system
  • Choice of programming languages
  • Embedded system design
  • Microprocessors Vs Microcontrollers
  • Difference Between PIC, AVR Atmega, 8051 and Arduino Microcontroller
  • Software tools
  • Hardware tools
  • Introduction to AVR Development kit
2.      ELECTRONICS PART 1

 

 

 

 

 

 

 

 

 

  • Resistors, Current ,Voltage,  Capacitors, Inductors, Transformer ,
  • Ohms Law
  • KVL, KCL
  • Devices Diodes LED, LDR
  • Voltage Regulator 78xx,79xx, Potentiometer
  • Above component testing using Multi meter both Analog and Digital

Project 1 – Glowing LED’s

Project 2 – Converting Ac to Dc using rectifier

Project 3 – Mobile Charger

3.      ELECTRONICS PART 2

 

 

 

 

  • Transistor as amplifier & as Switch
  • MOSFET

Project 4 – Switching of LED’s, Motor using Transistor

Project 5 – Smart Street light using LDR & Transistor

4.      ELECTRONICS PART 3

 

 

 

 

 

  • AC | DC Motor
  • Types of Motors | How to choose
  • Motor control using H- Bridge
  • Motor driver L-293D , L298N

Project 6 – Direction control of DC Motor manual

5.      PROGRAMMING IN ‘C’

 

 

 

 

 

 

  • Introduction to ‘C’ language
  • Making your first program
  • ‘C’ Character set
  • ‘C’ Operators
  • Data types [char, int , float]
  • Control statements [if, else, switch, break]
6.      Basic Function of Controller

 

 

 

 

 

 

 

 

 

 

 

 

  • GPIO
  • LED Blinking using Microcontroller
  • LED Pattern | Bitwise operations
  • Seven Segment Display
  • Buzzer Interfacing
  • Button
  • IR sensor & TSOP Sensor
  • Transistor & Relay interfacing

Project 7 – Control based smart fan by button

Project 8 – Gesture controlled Study Lamp

Project 9 – Direction control of DC Motor automatic

Project 10 – Smart Blind stick

   
7.      Display LCD 20×4

 

 

 

 

 

 

  • Interfacing Circuit Description
  • Programming of LCD 16 x 2 & LCD 20 x 4
  • Character | String | MSG| Contrast Control Circuit

Project 11 – Stop watch

Project 12 – Score board for basketball game

Project 13- Visitor Counter | Object counter

   
8.      Make Your PIC Board
9.      ADC

 

 

 

 

  • Introduction to ADC (Analog to Digital Conversion)
  • Interfacing different sensor like Temperature sensor LM 35

Project 14 – Temperature controlled fan

Project 15 – Weather Monitoring System

10.  Serial Communication PART 1

 

 

 

 

 

 

  • Introduction Serial communication Rx tx
  • USART Register
  • RS232
  • RFID Card Reader

Project 16 – Communication Between two microcontroller

Project 17 – Display controlled using Lcd

11.  Serial Communication PART 2
  • RFID Card Reader
12.  Wireless Serial Communication PART 1

 

 

  • Bluetooth

Project 18 – Android Controlled Smart home

   
13.  Wireless Serial Communication PART 3

 

 

 

  • RF communication
  • Encoder & Decoder IC

Project 19– Controlling of applications 100m away

14.  Day 14 – PWM

 

 

 

 

  • PWM Registers in AVR
  • Generating PWM signal from IC pins

Project 20 – L.E.D Glowing

Project 21 – Speed control of DC motor using PWM

15.  Theory EXAM
   
16.  Practical Exam (Random project to be made by student)
   
17.  Result and Certificate

 

S.No. Details
1.      Introduction to EMBEDDED SYSTEM
  • Scope and need of Embedded system
  • Choice of programming languages
  • Embedded system design
  • Microprocessors Vs Microcontrollers
  • Difference Between PIC, AVR, 8051 and Arduino Microcontroller
  • Software tools
  • Hardware tools
  • Introduction to AVR Development kit
2.      ELECTRONICS PART 1
  • Resistors, Current, Voltage, Capacitors, Inductors, Transformer,
  • Ohms Law
  • KVL, KCL
  • Devices Diodes LED, LDR
  • Voltage Regulator 78xx,79xx, Potentiometer
  • Above component testing using Multi meter both Analog and Digital
  • Learn soldering on PCB
  • PCB Designing | Etching

Project 1 – Glowing LED’s

Project 2 – Converting Ac to Dc using rectifier

Project 3 – Mobile Charger

3.      ELECTRONICS PART 2
  • Transistor as amplifier & as Switch
  • MOSFET
  • Energy Meter (Electricity meter)

Project 4 – Switching of LED’s, Motor using Transistor

Project 5 – Smart Street light using LDR & Transistor

   
4.      ELECTRONICS PART 3
  • Motor
  • Types of Motors | How to choose
  • Motor control using H- Bridge
  • Motor driver L-293D, L298N

Project 6 – Direction control of DC Motor manual

5.      PROGRAMMING IN ‘C’ part 1
  • Introduction to ‘C’ language
  • Making your first program
  • ‘C’ Character set
  • ‘C’ Operators
  • Data types [char, int, float]
  • Control statements [if, else, switch, break]
6.      PROGRAMMING INC’ part 2
  • Loops [while, for, do while]
  • Array [1D, 2D]
  • Pointers
  • String
  • Functions
7.      Basic Function of Controller
  • GPIO
  • LED Blinking using Microcontroller
  • LED Pattern | Bitwise operations
  • Seven Segment Display
  • Buzzer Interfacing
  • Button
  • IR sensor & TSOP Sensor
  • Transistor & Relay interfacing

Project 7 – Control based smart fan by button

Project 8 – Gesture controlled Study Lamp

Project 9 – Direction control of DC Motor automatic

Project 10 – Smart Blind stick

Project 11 – Security system used in ARMY Area

   
8.      Display LCD 20×4
  • Interfacing Circuit Description
  • Programming of LCD 16 x 2 & LCD 20 x 4
  • Character | String | MSG| Contrast Control Circuit

Project 12 – Electronics voting machine

Project 13 – Stop watch

Project 14 – Score board for basketball game

Project 15- Score board for Cricket game

Project 16- Visitor Counter | Object counter

   
9.      Make Your PIC Board
10.  ADC PART 1
  • Use of external ADC IC
  • Introduction to ADC (Analog to Digital Conversion)
  • Interfacing different sensor like Temperature sensor LM 35

Project 18 – Digital Thermometer

Project 19 – Temperature controlled fan

11.  ADC PART 2
  • LPG Gas sensor MQ5
  • Air quality Sensor MQ135 (NH3, Benzene, Smoke
  • Alcohol Sensor MQ3
  • Carbon Monoxide MQ7
  • DHT 11
  • Gaming | Accelerometer

Project 20 – Air Quality Monitoring System

Project 21 – Weather Monitoring System

   
12.  Serial Communication PART 1
  • Introduction Serial communication Rx tx
  • USART Register
  • RS232

Project 22 – Communication Between two microcontroller

Project 23 – PC controller Robotic Car

13.  Serial Communication PART 2
  • RFID Card Reader

Project 24 – RFID based attendance system

Project 25 – RFID Based toll system with anti-theft for vehicle

14.  Wireless Serial Communication PART 1
  • Bluetooth

Project 26 – Android Controlled Smart home

Project 27 – Bluetooth Controlled ROBOT car

15.  Wireless Serial Communication PART 2

Project 28- Bluetooth Controlled Pick and place car

Project 29- String writing on LCD

   
16.  Wireless Serial Communication PART 3
  • RF communication
  • Encoder & Decoder IC

Project 30 – Controlling of applications 100m away

17.  PWM
  • PWM Registers in AVR
  • Generating PWM signal from IC pins

Project 31 – LED Glowing

Project 32 – Representing PWM waveform on Digital Oscilloscope

Project 33 – Speed control of DC motor using PWM

18.  Wireless Serial Communication PART 4
  • GSM 900A
  • GSM Different Type
  • GSM AT Commands
  • Receiving Call /making call

Project 34 – Air Conditioner control using GSM

  • GPS Introduction
  • GPS getting location from satellite
  • Receiving Location from GPS

Project 35 – Women Security using GPS GSM

Project 36 – Advanced accident Monitoring System on car

   
19.  Wireless Serial Communication PART 4
  • Introduction
  • Installing XCTU
  • ZigBee Rx & Tx
  • ZigBee Configuration

Project 37– Secure chatting through ZigBee’s

Project 38 – ZigBee based Home Automation

20.  Theory EXAM
   
21.  Practical exam (Random project to be made by student)
   
22.  Result and certificate
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