Project Internship Program-Embedded Systems

Project Internship Program-Embedded Systems

 

About The Event

A 30 Hr long Exciting training program in Embedded Systems using Arduino. This program has been tailor made to give you complete hands-on exposure to embedded systems and building prototypes. The program focuses on extensive project based learning methodology with a special focus on interfacing different types of hardware – sensors, actuators, displays & other devices (GSM, ZIGBEE, IR Remotes, etc).
Here are Some things you will learn to do during the course of this program

Duration: 10 Days / 30 Hrs [ 3hrs x 10 Sessions]

Fees: 6381/- per person[Inclusive of Kit + Training Fee + Taxes] 
10% Discount when you register as a group of 10 or more
Batch Starting November 24th - Ends December 7th Timing: 9.30 A.M to 12.30 P.M
Kit Contents:
  • InduinoX Board x 1
  • [Atmega168 Microcontroller + DS1307 RTC + TSOP IR Receiver + IR LED + LDR + RGB LED + 3 LEDS + 3 SWITCHES]
  • LCD Shield x 1
  • 16x2 LCD x 1
  • Stripper x 1
  • Aligner x 1
  • Breadboard x 1
  • Breadboard Components x 1
  • [TSOP, Voltage Regulator - 7805, Capacitors, Resistors, LEDs, Buttons & L293D]
  • USB Cable x 1
  • Hook-up Wire Set x 1
  • IR Remote x 1
  • IR Proximity Sensors x 2
  • Temperature Sensor(LM35) x 1
  • DTMF Control Board x 1
  • Relay Control Board x 1

Course Content - Day by Day
Day 1 - Introduction

  • Introduction to Embedded Systems – 30 Mins
  • Introduction to Arduino - 15 Mins
  • Kit Contents Overview – 15 Mins
  • Arduino IDE & Driver Installation – 30 Mins
  • InduinoX Board Overview - 15 Mins
  • Program Structure Overview – 15 Mins
  • Working with Digital Outputs – 30 Mins
  • Building a Simple Binary Counter – 30 Mins

Day 2 - Digital I/O's

  • Working with Digital Inputs – 30 Mins
  • Building a Simple Switch Controlled Binary Counter – 30 Mins
  • Working with Serial Communication – 40 Mins
  • Controlling the Binary Counter through a Serial Interface – 30 Mins
  • Working with Analog Inputs – LDR [Light Sensor] – 20 Mins
  • Building A Simple0 LDR based Lighting Level Controller – 30 Mins

Day 3 - Analog I/O's

  • Working with Analog Outputs – RGB LEDs – 20 Mins
  • Generating Random Colors – 20 Mins
  • Building a Simple Color Mixer with a Simple User Interface – 60 Mins
  • Working with Analog Inputs – LM35 [Temperature Sensor] – 20 Mins
  • Advanced I/O Operations -Blinking Differently – 60 Mins

Day 4 - Advanced I/O Operations

  • Advanced I/O Operations -PORT Manipulation – Driving a 7-Segment LED – 40 Mins
  • Displaying Temperature using two 7-Segment LEDS – 60 Mins
  • Working with Liquid Crystal Displays –30 Mins
  • Adding a LCD Interface to Color Mixer – 50 Mins

Day 5 - I2C Communication

  • Working with I2C Communication - RTC - DS1307 – 60 Mins
  • Build a Simple LCD Clock – 60 Mins
  • Build a Simple Timer Controlled Lighting System – 30 Mins
  • Working with Storage - Internal EEPROM – 30 Mins

Day 6 - Wireless Communication A Practical Approach

  • Working with Communication Protocols - IR Remotes / SIRC - 90 Mins
  • Building a IR Based 2-way Communication System - 90 Mins

Day 7 - Interrupts & Motor Control

  • Working with Interrupts – 30 Mins
  • Working with Motor Drivers – H-bridges – 60 Mins
  • Building a Remote Control Based Motor Speed Controller - 90 Mins

Day 8 - DTMF

  • Working with DTMF – 60 Mins
  • Working with Relays – 30 Mins
  • Building a Secure Device Control System using DTMF – 90 Mins

Day 9 - Advanced Serial Communication Devices

  • Interfacing GSM – Building Call / SMS based Application – 90 Mins
  • Interfacing RFID & Zigbee - Building a Simple Asset Tracking Application – 90 Mins

Day 10 - RAW Breadboard Contrsuction

  • Breadboard Constructions Overview – 15 Mins
  • Basic Power Regulation Cicruitry – 45 Mins
  • Breadboard Construction of Microcontroller Circuitry – 60 Mins
  • Hardware Implementation of a Simple Project on Breadboard – 60 Mins

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