With so many students approaching Project Centers to get their final year projects done, by just paying money, we were disappointed.. What's the point of being a college graduate if one can't even come out with a project at the end of a 3/4/5-year college education..? Our inference was straight: Most of the students flunked, when it came to handling stuff practically and colleges cared less about it.

That's when we thought and came out with this Program: A 30 hour long Exciting training course in Embedded Systems using Arduino. This course has been tailor-made to give you complete hands-on exposure to embedded systems and building prototypes. The course 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.)

Day wise schedule given below..

Check out Sample Project Videos of what you will learn to do....


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

Fees: 6790/- per person[Inclusive of Kit cost + Training Fee + Taxes]
- 10% Discount on the total fees when you register as a group of 10 or more.
- 10% Discount on the training fee if you've attended any of our (non-free)workshops.

Venue:

Certificate: Yes – All Participants get a Certificate..

Prerequisites:
- Participants are required to bring in a laptop.. You'll be experimenting a lot..
- Participants are required to have a very basic knowledge in C programming. (If you know how to use 'for', 'if', 'while' statements, it's more than enough)
and you don't have to be a student to attend.. We'll love to train anyone who's interested..

Proposed Schedule

Start DateEnd DateTimings
No ScheduleNo Schedule


- Simple Labs reserves the right to reschedule/cancel any of the above events without any prior notification.
- Registrations are strictly on a first-come, first-serve basis and a maximum of 20 per batch.

Scroll to the Bottom of this Page to Register


Kit Contents

- InduinoX Board x 1 [Atmega328 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 1
- Temperature Sensor(LM35) x 1
- DTMF Decoder Board x 1
- Relay Control Board x 1

Course Contents - Day by Day Overview

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
- Introduction to Digital Inputs – 15 Mins
- Working with switches – 60 Mins
- Building a Simple Switch Controlled Binary Counter – 15 Mins
- Working with Serial Communication – 60 Mins
- Controlling the Binary Counter through a Serial Interface – 30 Mins

Day 3 - Analog I/O's
- Working with Analog Inputs – LDR [Light Sensor] – 20 Mins
- Building A Simple LDR based Lighting Level Controller – 30 Mins
- Working with Analog Outputs – RGB LEDs – 20 Mins
- Generating Random Colors – 20 Mins
- Controlling the intensity of an LED with switches – 20 Mins
- Building a Simple Color Mixer with a Simple User Interface – 50 Mins
- Working with Analog Inputs – LM35 [Temperature Sensor] – 20 Mins

Day 4 - Advanced I/O Operations & Displays 
- Advanced I/O Operations - PORT Manipulation - Driving a 7-Segment LED – 60 Mins
- Displaying Temperature using two 7-Segment LEDs – 40 Mins
- Working with Liquid Crystal Displays –60 Mins
- Adding an LCD Interface to Random Color Generator – 30 Mins

Day 5 - I2C Communication & Timers
- 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 'millis()' and 'micros()' – 30 Mins

Day 6 - IR Communication
- Introduction to Communication Protocols - IR Remotes / SIRC – 15 Mins
- Decoding the SIRC protocol – 40 Mins
- Controlling LEDs with a TV remote – 15 Mins
- Encoding the SIRC protocol – 60 mins
- Building a IR Based Communication System – 60 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 - Making a Call, Sending an SMS – 60 Mins
- Interfacing RFID - Reading Tags and comparing – 60 Mins
- Zigbee - Bidirectional Wireless Communication – 60 Mins

Day 10 - Raw Breadboard Construction 
- Breadboard Construction Overview – 15 Mins
- Basic Power Regulation Circuitry – 45 Mins
- Breadboard Construction of Micro-controller Circuitry – 30 Mins
- Hardware Implementation of a Simple Project on Breadboard – 30 Mins
- Queries and Certificate Distribution – 45 Mins