winter-training

i3indya™ Technologies presents Practical Training on Embedded Systems & IoT.

i3indya Technologies presents complete hands on training in Embedded Systems & IoT. This course is designed to clear your concepts in embedded systems & IoT using complete practical approach. You will develop various interesting & innovative projects during this course.

Course Highlights

  • Embedded Systems & IoT (Using PIC Microcontroller)

  • Certificate of Completion by i3indya™ Technologies

  • Book Free to each participant

  • 30 Practicals & 26 Projects using PIC Micro-controller

  • Kit will be given to each participant for CLASSROOM PRACTISE ONLY.

  • Take away PIC Development Board (Worth Rs 749/-) will be given FREE of Cost to all participants.

Training Modules

Day Topics Duration

1

Introduction to i3indya

Introduction to Embedded System

PIC Microcontroller Introduction

Software Installation

2 Hours

2

GPIO Programming Introduction - Theory

LED Interfacing with PIC - Theory
Practical : Glowing LEDs in a pattern or your choice.

LED Matrix & LED Matrix Displays - Theory
Practical 1 : Generating Patterns on LED Matrix

Practical 2: Displaying Alphabets & Numbers on LED Matrix

2 Hours

3

Project 1: LED Matrix Advertisement Display

2 Hours

4

Seven Segment Displays - Theory
Practical 3: Displaying Digits on Seven Segment Display
Project 2: Digital Clock using 4 Seven Segment Displays

Buzzer Interfacing with PIC - Theory
Practical 4: Generating Beeps through Buzzer

2 Hours

5

Graphical LCD Introduction & Interfacing with PIC - Theory
Practical 5: Displaying Characters on GLCD

2 Hours

6

GLCD Continued..
Practical 6: Displaying Pictures on GLCD
Practical 7: Creating animations on GLCD

2 Hours

7

Switch Interfacing with PIC - Theory

Practical 8: ON/OFF LED/Buzzer with a Switch

Project 3: Stop Watch using Seven Segment Displays & a Switch

2 Hours

8

Keypad Interfacing with PIC - Theory

Practical 9: Writing text on GLCD using Keypad

Project 4: Car Game using Keypad and GLCD

2 Hours

9

ADC Programming - Theory

IR Sensors & Applications - Theory

Practical 10: Detecting White & Black Surface

Project 5: Visitor counter using IR and 7 Segment Display

Project 6: Wireless Remote using IR & Keypad

2 Hours

10

Pyroelectric IR & TSOP - Theory

Practical 11: Decoding TV Remote Control Inputs

Project 7: TV Remote Controlled LED Matrix Display

2 Hours

11

Passive Infrared (PIR) Sensor - Theory
Practical 12: Detecting Motion using PIR Sensor
Project 8 : Anti Theft System for Homes

Relays - Theory

Practical 13 : Operating Solenoid Valve/100W Bulb using Relay

Project 9 : Automatic Water Tap using PIR & Solenoid Valve

2 Hours

12

Interfacing Capacitive Touch Screen with PIC - Theory

Practical 14: Displaying Touch screen coordinates on GLCD

Practical 15: Calibrating Touch Screen with GLCD

Project 10: Drawing Touch Pad

2 Hours

13

Touch HMIs - Theory

Project 11: Making Printer HMI using GLCD & Capacitive Touch

2 Hours

14

Revision & Queries

2 Hours

15

PWM - Theory

Interfacing speaker with PIC - Theory

Practical 16: Generating different tones from speaker

Project 12: Graphical Touch Piano using GLCD, Touch Screen & Speaker

2 Hours

16

EEPROM - Theory

Practical 17 : Storing & Reading data from EEPROM

Project 13 : Recording & Playing tones with Graphical Piano

2 Hours

17

Accelerometer Interfacing with PIC - Theory

Practical 18 : Reading & displaying accelerometer values on GLCD

Project 14 : Surface Level Indicator using Accelerometer, GLCD & Touch

Project 15 : Ball Puzzle Game using LED Matrix & Accelerometer

2 Hours

18

DC Motor Interfacing with PIC - Theory

Practical 19: Automatic rotation in forward & backward direction

Project 16: Self Balancing Robot using DC Motors & Accelerometer

Project 17: Propeller Display

2 Hours

19

Stepper Motor Interfacing with PIC - Theory

Practical 20: Rotating Steper Motor at a particular Angle

Project 18: Automatic Moving Camera Stand which records movement given by keypad & moves accordingly

2 Hours

20

Servo Motor Interfacing with PIC - Theory

Practical 21: Rotating servo at a specific angle

Project 19: Mini CNC Drawing Machine with Graphical Touch HMI

2 Hours

21

Temperature Sensor Interfacing with PIC - Theory

Practical 22: Displaying sensor values on GLCD

Project 20: Digital Thermometer

Project 21: High Temperature Alarm with Graphical Touch HMI

2 Hours

22

RFID Module Interfacing with PIC - Theory

Practical 23: Reading RFID Tags and displaying value on GLCD

Project 22: RFID based Door Lock

2 Hours

23

Zigbee Interfacing with PIC - Theory

Practical 24 : Sending/Receiving data via zigbee

Project 23 : Digital Piano with wireless Touch Keyboard

2 Hours

24

Bluetooth Interfacing with PIC - Theory

Practicle 25: Sending/Receiving data via bluetooth

Project 24: 2-Player Tic Tac Toe Game with Touch HMI

2 Hours

25

GSM Module interfacing with PIC - Theory

AT Commands - Theory

Practical 26 : Retrieving & displaying network information on GLCD

Practical 27 : Sending/Receiving SMS

Practical 28 : Making/Receiving Calls

2 Hours

26

GSM Continued..

Project 25 : Making a Touch Mobile Phone with SMS & Calls handling App

2 Hours

27

Internet of Things (IoT) - Theory

Data Sending Techniques to Server - Theory

Learning GPRS Connectivity

Practical 29 :Sending data to server via http

Practical 30 :Sending data to server via TCP/IP

2 Hours

28

IoT Continued..

Project 26 :Remote Location Data Logger (GPRS Based)

2 Hours

29

IoT Project (To Be Made by Student)

2 Hours

30

IoT Project (To Be Made by Student)

Why Embedded Systems & IoT ?

  • 30 Practicals & 26 Projects using PIC 18F45k22 Microcontroller.

  • FREE PIC Development Board Worth Rs 749/- to each participant.

  • Our syllabus is professionally designed to cover Basic as well as Advance aspects of Embedded Systems & IoT.

  • Each day of our training is well planned to provide you with Theoretical as well as Practical knowledge of the module.

  • Each day will come up with New Practicals & Projects which makes the training interesting and exciting.

  • Time to time Practical Assignments will be provided to the students, which will help them in doing practice at home.

  • Revision Time & Query Sessions are provided to the students which help them in clearing previous doubts.

  • Exam will be conducted at the end of training to test the knowledge level of the students.

  • This course encourages Innovative Ideas among students.

Difference Between ATmega16, Arduino and PIC Microcontroller

Controllers

ATMega16

ATmega328 (Arduino)

PIC18F45K22 (Used by i3indya)

Flash Memory

16 Kbyte

32 Kbyte

64 Kbyte

EEPROM

512 byte

512 byte

1 Kbyte

DAC (Digital to Analog Convertor)

Not Available

Not Available

5-bit Rail-to-Rail Resistive DAC

I/O Pins

32

23

35

PWM (Pulse Width Modulation)

4 Channels

6 Channels

6 Channels

USART

1 Port

1 Port

2 Port

Charge Time Measurement Unit (CTMU)

Not Available

Not Available

Supports capacitive touch sensing for touch screens and capacitive switch

SPI

1 Port

1 Port

2 Ports

I2C

1 Port

1 Port

2 Port

Timer and Counter

Two 8-Bit
One 16-Bit

Two 8-Bit
One 16-Bit

Three 8-Bit
Four 16-Bit

Pre Requisite

  • Basic knowledge of C \ C++ Programming

  • Basics of Electronics.

Recommendation

  • It is strongly recommended to bring your own LAPTOP during the training so that you can easily practice the exercises at home.

Who Could Attend ?

  • College students seeking career in Robotics and Embedded Systems.

  • Person having interest in Embedded Systems.

  • Electronics and communication students.

  • Students from any branch can attend the training program.

Who Attended Embedded Systems & IoT ?

For More Information

  • +91 - 956060 5666 (Extension : 2)

Select your Training Program

To know about Batch, Training Center and Fees

Training Images

Call Us Register Here