embedded systems robotics · embedded systems with robotics (atmega platform with iot) summer...

Training will be delivered by

Embedded Systems with

Robotics (Atmega Platform with IoT)

Summer Internship & Training Program

Center: JNTU College of Engineering, Hyderabad

SS

Summer Internship &

Training Program

Eisystems Services Off:301, 3rd Floor, 4-5 Veer Sawarkar Block Madhuban Road, Nr. Nirman Vihar Metro Station New Delhi – India Pin: 110092 [email protected] | www.eisystems.in

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About EISystems EISystems Services is a leading Indian technology identity with operations in 16 states and union

territories of India. EISystems (We call it EISys) offers computer forensics, automobiles, robotics and

socialmedia related solutions for enterprises and and student community. Our retail domain "Robokwik"

have been in among top self learning products provider brands in India. We have trained about 50000

students and impacted around 2 lakhs students through our various outreach initiatives since our

founding.

Our Clientale

Some of the colleges where we had already felt our presence are given below:-

Indian Institute of Science, Bangalore

Indian Institute of Technology, Bombay

Indian Institute of Technology, Delhi

Indian Institute of Technology, Kanpur

Indian Institute of Technology, Roorkee

Indian Institute of Technology, Indore

Indian Institute of Technology, Jodhpur

Indian Institute of Technology,Hyderabad

National Institute of Technology, Tiruchirappalli

National Institute of Technology, Warangal

National Institute of Technology, Calicut

National Institute of Technology, Patna

National Institute of Technology, Jalandhar

National Institute of Technology, Jaipur

National Institute of Technology, Durgapur

National Institute of Technology, Surat

National Institute of Technology, Allahabad

Indian Institute of Information Technology, Allahabad

ABV- Indian Institute of Information Technology & Management, Gwalior

PDP- Indian Institute of Information Technology & Management, Jabalpur

College of Engineering Guindy, Anna University, Chennai

PSG College of Technology, Coimbatore

JNTUH College of Engineering, Hyderabad

SRM University and more than 100 engineering colleges across India.

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Summer Internship &

Training Program


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Duration & Starting Date

Duration

This is a 15 Days/ 60 hours program and around 80% of the syllabus

will be practical based or practical oriented.

Starting Date

Batch is most likely to start from 25 May 2016 however this date may shift by 4-5 days depending upon

end semester examination of JNTU Hyderabad (other Colleges) and other autonomous/prominent

institutions.

Prerequisites

This is a basic level program where initial days will be based on starting up with basics of Electronics

however more emphasis will be given on project development and practical aspects, but still it is

expected that participants should need to have a basic knowledge of C programming

Partcipants from 1st year/ 2nd year / 3rd year / 4th year of ECE/EEE/CSE/IT/ICT branch will get more

benefited after joining this program.

What to bring during training program?

Here’s the checklist

1. Internship ID Card

(To be issued by Eisystems Services at the time of registration)

2. A laptop with Microsoft Windows configuration.

3. Laptop Charger/ Adapter for charging purpose.

4. USB Mouse for designing purpose.

5. Notepad

6. Pen

Disclaimer

It is to note that in case of any breakage/theft/damage of laptop/charger during or anything during

training period neither Eisystems Services nor JNTU Hyderabad or any of its departments/bodies will be

held responsible for the same, so it is our request to every participant to take care of their own

belongings.

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Summer Internship &

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Venue of Program

Department of Computer Science Engineering

JNTU Hyderabad College of Engineering (Autonomous)

Kukatpally, Hyderabad (Telangana)

India

Post Training Deliverables

Every participant will get all under mentioned deliverables

1. Certificate of Training from Eisystems Services

2. Printed Booklet/Mannual on Embedded Systems^

3. Robokwik Embedded Systems & Robotics Development Kit^

4. Software Package from eLearning of subject.

5. One free workshop with certification

6. Recommendation Letter from Eisystems Services with mentioning of project.

Fees & Discounts

Please check if any discount is available before making fees payment. The

Registration Charges (First Transaction)

Rs. 1500 per participant

This amount will be paid by every participant as registration charges and no discount will be provided in

it.

Training Charges (Second Transaction)

After payment of registration charges, participants will be required to pay training fees as a second

transaction, so before paying the second instalment please ensure if any discount can be availed or not.

Participant(s) can choose any of the option from three options given below:-

Option 1: Group Discount Category


If registering in a team of (1 / 2 / 3 / 4 / 5 members in single transaction) including single person.

Option 2: Group Discount Category


If registering in a group of (6 / 7 / 8 / 9 / 10 members in single transaction)

or

Option 3: Earlier Eisystems Services Workshop Participant/Robokwik Vouchers

Rs. 5500 per participant.

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Summer Internship &

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How to pay Registration fees?

You can pay the registration fees using undergiven modes:-

Payment Starting: 19 April 2016

Online Mode

Credit Cards

Debit Cards

Net banking

Ola Money

For Instant payment (Click Here)

Offline Modes Direct Bank Deposit in Kotak Mahindra Bank

Step 1: Go to any Kotak Mahindra Bank near you.

Step 2: Fill the pay-in-slip with required amount and undergiven account number

(Rs. 1500 for 1 person, Rs. 3000 for 2 person and so on)

Step 3: Deposit the amount in bank account, the details of it are given below:-

Bank Account Number : 2011117760

Bank Account Name : EISYSTEMS SERVICES

Account Type : Current

Branch & City : Kotak Mahindra Bank, Mathura

IFSC Code : KKBK0000149

Step 4: Take the countersigned Pay-In-Slip from bank counter with valid seal and transaction

number and write the name of participants on the back side of it.

Step 5: Scan both sides of Pay-In-Slip and send it to [email protected] along with

information of each attendee on that payment slip like Name, Phone Number, Email Address

etc.

Step 6: Keep this payment slip with you and we will collect it at the time of registration

otherwise we may not consider your registration.

Payment Deadlines

Payment Portal will open on : 30 March 2016 (0200 am IST)

Total Number of Seats offered in first payment slot : 50 Important Information:

We may reject your application in case of not getting of payment on time and also fees may increase depending upon company discretion if not paid in first time slot. Please

read our terms and condition page for more information related to fees and payment.

https://in.explara.com/e/jntu-eisystems-embedded-systems-robotics

mailto:[email protected]

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Course & Content

All of the sessions will be practical oriented, so it will be

really great if participant(s) can look on the syllabus which we are going to cover during training

days.

Session#1

Introduction to Robotics & Embedded Systems

Theory

Introduction to Robotics and IOT

• Introduction to Extensive Field of ROBOTICS

• Application of Robotics: Industrial, Medical, Entertainment.

• Introduction to Embedded System

• Basics of hardware and software

• New and Upcoming Technologies

Introduction to Manual Robotics

• Different types of Manual Robots.

• Motor Principle explanation.

• DPDT connections demystified.

• Gear assembly and calculations.

• Different types of chassis designing.

• Controlling Motors using DPDT.

• Concept of different types of competitions, events.

Practical

• Manual Robotics practical session

• Assembling of a robotic car

Project

• Remote controlled Robot

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Session#2

Introduction to Electronics & Circuits

Theory

• Introduction to electronics

• Applications of electronics

• Electronics components explanation

• Voltage divider rule

• Introduction to analog Circuits.

• Introduction to breadboard.

• Basic Circuit Development

• Input output processing in electronic circuits

• Operation of Active and Passive components

Practical

• Interfacing components like LED, Resistor etc

• Generating different colours from RGB LED

• LDR based Automatic light control.

• Transistor as an amplifier.

• Transistor as a NOT gate.

• Transistor as a Touch Switch.

• Controlling brightness of LED using potentiometer.

• Interfacing 555IC for LED blink.

• Interfacing 555IC for buzzer beep.

Session#3

Introduction to Autonomous Robotics

Theory

• Introduction to Autonomous Robots.

• Tangible and Non-tangible interfacing.

• Concepts of artificial intelligence.

• Introduction to Infrared light.

• Introduction to IR Sensors.

• Op-amp operation.

• Op-amp as a Comparator.

Practical

• Testing of IR sensors.

• Detecting white and black surface with digital IR sensors.

• IR range detection.

• Monitoring analog and digital sensors.

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PROJECT

• Home automation system

• Digital Thermometer

• Temperature controlled fan

• High temperature alarm

Session#4

Introduction to Motor Drivers & Sensors

Theory

• L293D IC Explanation.

• Core of L293D vis-s-vis H- BRIDGE concept .

• Concept of Embedding L293D IC in MOTOR DRIVER shield.

• Welcoming LINE FOLLOWER CONCEPT.

• Interface Motor Driver with IR sensor.

• Calibration of IR sensors

• What is it?

• Why is it Required?

Practical

• Calibrating IR sensors.

• Make your Own LINE FOLLOWER.

• Make your Own OBSTACLE DETECTOR.

• Make your Own EDGE AVOIDER.

• Driving Motors with L293D on Bread Board.

Session#5

Microcontrollers & Atmega architecture

Theory

• Microcontrollers and Microprocessor difference

• Introduction to embedded system

• Video sessions on advancements in Technology

• Concepts of hardware and software interface

• Introduction to ATMEGA16

• ATMEGA16 IDE and Overview.

• Introduction to different ATMEGA16 boards and shields.

• Working on digital and analog signal.

• Microcontroller ATMEGA 16.

• What is the requirement of Basic Shield?

• Operation of Analog and Digital Signals.

• 8 Bit and 10 Bit Concept.

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Practical

• Introduction to BASIC PROGRAMMING.

• Driver and software installation.

• Better understanding using the 13th pin internal Connection.

• Interfacing Basic Shield with ATMEGA16.

• Lighting up several LED’s in a Wishful Pattern.

• Working on Switch, BUZZER and implementing with ATMEGA16 for better

grasping of concepts.

Session#6

Sensors & Autonomous Systems

Theory

• How to integrate motors through sensors.

• Why ATMEGA16 required interfacing Motors through Sensors.

Practical

• Interfacing Motors through sensors via ATMEGA16.

• Making your own INTELLIGENT LINE FOLLOWER using

• ATMEGA16.

• Proper Calibration for efficient line following.

PROJECT

• Antitheft system

• Home security system

• Traffic light control system

Session#7

Serial & Parallel Communication with I/P O/P.

Theory

• Serial and Parallel Communication.

• Hello to Analog I/P and O/P.

• Introduction to ADC.

• Introduction to DTMF Technology.

• Effectiveness of This Technology.

• Several Mobile controlled applications.

Practical

• Interfacing Potentiometer and LDR with ATEGA 16.

• Interfacing Motor Driver with ATMEGA 16.

• Speed Control of Motors using PWM.

• Integrating DTMF with motors.

• Remotely controlling of robots.

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Session#8

GSM Technology & Display Devices.

Theory

• Introduction to GSM based technology

• Effectiveness of This Technology.

• 8870 Decoder IC

• Introduction to LCD.

• Pin Description of LCD’s.

• How to interface LCD with ATMEGA16.

Practical

• Integrating DTMF with motors.

• Remotely controlling of robots.

• Creating simple animations on LCD.

• Scrolling texts on LCD.

• Integrating Digital Signals

Theory

• Advance LCD Display Patterns

• Detailed Explanation of LCD

• Different LCD Display

• Seven Segment Display.

• Integrating keypad Matrix with motors

• Keypad interfacing with ATMEGA 16

• ON/OFF LED/Motor/Buzzer using linear keypad

Session#9

Display Devices (Contd) with DTMF based Controlling

Practical

• Robot Movement Display

• Designing Counter on LCD

• Making Connections of SSD with ATMEGA16.

• Integration of SSD with analog and digital signals.

• Digital Clock Designing.

• Making Own pattern of Displaying numbers on SSD.

• Password Controlled application – ATM prototype

PROJECT

• DTMF based device control

• DTMF based motor speed control through PWM

• Stepper motor Drive

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Session#10

Actuators & Robot Cars

Theory

• Integrating different Sensors and Actuators

• Understanding designing of Advanced Robot

Practical

• Integrating Touch Screen with LCD and Robot Car

• Integrating Touch Screen, Seven Segment Display and Robot Car.

Session#11

Practical on Serial Communication & GSM

Theory

• ATMEGA 16 serial communication

• Math & Serial

• Introduction to GSM and GPS

• AT Commands

• Ultrasonic sensor

Practical

• Mathematical calculations

• Serial Communication Advancement

• GSM Modem interfacing

PROJECT

• GSM based device control

• Sending message through GSM

• Intruder detection and message through GS

Session#12

Accelerometer & Gesture based Robotics

Theory

• Introduction to Accelerometer

• Working on 2-3 Axis using Accelerometer

• Advanced Accelerometer Applications

• Transfer of Analog Data using Accelerometer

Practical

• Interfacing Accelerometer with Microcontroller

• Reading data on Serial Monitor

• Interfacing Basic Shield with Accelerometer

• Gesture Controlled Robot

• Speed Controlled Robot using Accelerometer 4 HOURS

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Session#13

Internet of Things & Cloud Computing

Theory

• Talking to your Android Phone with ATMEGA16.

• Connecting ATMEGA16 with Mobile Device.

• Integrating Ethernet Module & Testing DHCP Connection.

Practical

• Creating Program for Localhost Web Server for controlling devices.

Session#14

Internet of Things & Cloud Computing - 2

Theory

• ATMEGA16 based server for controlling devices.

• Use ATMEGA16 to Upload free data from Environmental Sensors to Server.

• Using ATMEGA16 to communicate with the IoT device and control equipment

online.

Practical

• Uploading Temperature sensor data over internet

• Automatically controlling fan on sensing temperature through IOT

Project

• Making Ethernet controlled Automation SYSTEM.

Disclaimer:

A session doesn’t necessarily depict the day count or the day on which it is going to be covered, we may

cover more than or lesser than one session in a day and even alter/amend the schedule by rearranging

of session(s) by removing/adding anything from/to overall course.

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Summer Internship &

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Experiments to be covered…..

1. Blink a LED using a switch 2. Glowing LEDs in pattern of your own choice. 3. Designing of RGB color pattern 4. Automatic light control system 5. Transistor as a touch switch 6. Transistor as a NOT Gate 7. Transistor as an amplifier 8. Daily alarm clock 9. Flood control alarm system 10. Generation of MIDI tones 11. Intelligent blind stick 12. Manual robotic car 13. Automatic line follower Robot 14. Automatic obstacle detection System 15. LDR based Darkness activation system 16. LDR based Light activation system 17. Voltage divider system 18. Pulse generation using 555 19. Automatic blinking of light 20. Automatic blowing of buzzer 21. Display digits on seven segment display 22. Automatic stop watch 23. Digital clock 24. Dc motor speed control using PWM 25. Automatic speed controlled BOT 26. Mobile switching device 27. Mobile controlled BOT 28. Digital display device

29. Automatic power control system 30. Automatic home sweeper device 31. Multiple device switching through mobile phone 32. Edge avoider BOT 33. Wall Follower BOT 34. Obstacle avoider BOT 35. Traffic control system 36. Visitor counting application 37. Keypad operated BOT 38. Password controlled application 39. Display text on LED Matrix 40. Scroll strings on LCD 41. Controlling buzzers and LED using serial communication 42. LED Blinking using Accelerometer 43. Gesture Recognition using Accelerometer 44. Motor Control using Accelerometer 45. GSM Based device switching through SMS 46. GSM based car theft detection 47. GPS based location tracking 48. Device switching through Internet 49. Integrating Sensors & Reading Environmental Physical Values. 50. Reading Environmental Values on Android Smartphone. 51. Assembling and programming IoT based Bot 52. Ultrasonic range finder

Apart from above projects, you may also try….

1. Home automation system

2. Remote controlled wireless robot

3. Colour changing spy BOT using LDR and RGB LEDs

4. Digital Thermometer

5. Temperature controlled fan

6. High temperature alarm

7. Antitheft system

8. Home security system

9. Traffic light control system

10. Home automation through IOT

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Summer Internship &

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Kit contents

Motor (2) IR Sensor Board (2) Remote Controller(1) RGB LED (1) Motor Driver board(1) Robokwik Chassis (1) Wheels (2) Castor Wheel (1) Screw driver (1) Screw packet(1) Robokwik ATMEGA16 Development Board (ATmega 16) Seven Segment Display Shield (1) Robokwik DTMF Board (1) USB to Serial Converter (1) DTMF Jack(1) LED’s, resistors, burg strips. LCD Shield Accelerometer Robotic Book (1) CD (1) Study Material.

Contact Feel free to contact us anytime:-

Phone / Whatsapp :+91 9761118111

Email Address : [email protected]

Website : www.sitp.eisystems.in

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Summer Internship &

Training Program


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embedded systems robotics · embedded systems with robotics (atmega platform with iot) summer...

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