Day 1
Theory
Introduction to Robotics
 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
Day 2
Theory
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
Day 3
Theory
 Introduction to electronics
 Applications of electronics
 Electronics components explanation
 Voltage divider rule
 Introduction to analog Circuits.
 Introduction to breadboard.
Practical
 Interfacing components like LED, Resistor etc
 Generating different colors from RGB LED
 LDR based Automatic light control.
 Transistor as an amplifier.
 Transistor as a NOT gate.
Day 4
Theory
 Basic Circuit Development
 Input output processing in electronic circuits
 Operation of Active and Passive components
Practical
 Transistor as a Touch Switch.
 Controlling brightness of LED using potentiometer.
 Interfacing 555IC for LED blink.
 Interfacing 555IC for buzzer beep.
Day 5
Theory
 Introduction to Autonomous Robots.
 Tangible and Non-tangible interfacing.
 Interaction between real and digital world.
 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.
Day 6
PROJECT
Day 7
PROJECT
Day 8
Theory
 L293D IC Explanation.
 Core of L293D vis-s-vis H- BRIDGE concept .
 Concept of Embedding L293D IC in MOTOR DRIVER shield.
Practical
 Making Connections of L293D IC on BREAD BOARD.
Driving Motors with L293D on Bread Board.
Day 9
Theory
 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.
Day 10
Theory
 Microcontrollers and Microprocessor difference
 Introduction to embedded system
 Video sessions on advancements in Technology
 Concepts of hardware and software interface
 Introduction to Arduino
 Arduino IDE and Overview.
 Introduction to different Arduino boards and shields.
 Working on digital and analog signal.
 What is Future Technology Devices International Ltd.(FTDI)
 Microcontroller ATMEGA 328.
Practical
 Introduction to BASIC PROGRAMMING.
 Driver and software installation.
 Better understanding using the 13th pin internal Connection.
Day 11
Theory
 Introduction to Basic Shield.
 What is the requirement of Basic Shield?
 Operation of Analog and Digital Signals.
 8 Bit and 10 Bit Concept.
Practical
 Interfacing Basic Shield with Arduino.
 Lighting up several LED’s in a Wishful Pattern.
 Working on Switch, BUZZER and implementing with Arduino for better grasping of
concepts.
Day 12
Theory
 How to integrate motors through sensors.
 Why Arduino required interfacing Motors through Sensors.
Practical
 Interfacing Motors through sensors via Arduino.
 Making your own INTELLIGENT LINE FOLLOWER using ARDUINO.
 Proper Calibration for efficient line following.
Day 13
Completion of line follower, obstacle detector, edge avoider
Day 14
Project
Day 15
Doubts & Practical Session

Day 1
Theory
Introduction to Robotics
 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
Day 2
Theory
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
Day 3
Theory
 Introduction to electronics
 Applications of electronics
 Electronics components explanation
 Voltage divider rule
 Introduction to analog Circuits.
 Introduction to breadboard.
Practical
 Interfacing components like LED, Resistor etc
 Generating different colors from RGB LED
 LDR based Automatic light control.
 Transistor as an amplifier.
 Transistor as a NOT gate.
Day 4
Theory
 Basic Circuit Development
 Input output processing in electronic circuits
 Operation of Active and Passive components
Practical
 Transistor as a Touch Switch.
 Controlling brightness of LED using potentiometer.
 Interfacing 555IC for LED blink.
 Interfacing 555IC for buzzer beep.
Day 5
Theory
 Introduction to Autonomous Robots.
 Tangible and Non-tangible interfacing.
 Interaction between real and digital world.
 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.
Day 6 PROJECT
Day 7 PROJECT
Day 8
Theory
 L293D IC Explanation.
 Core of L293D vis-s-vis H- BRIDGE concept .
 Concept of Embedding L293D IC in MOTOR DRIVER shield.
Practical
 Making Connections of L293D IC on BREAD BOARD.
Driving Motors with L293D on Bread Board.
Day 9
Theory
 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.
Day 10
Theory
 Microcontrollers and Microprocessor difference
 Introduction to embedded system
 Video sessions on advancements in Technology
 Concepts of hardware and software interface
 Introduction to Arduino
 Arduino IDE and Overview.
 Introduction to different Arduino boards and shields.
 Working on digital and analog signal.
 What is Future Technology Devices International Ltd.(FTDI)
 Microcontroller ATMEGA 328.
Practical
 Introduction to BASIC PROGRAMMING.
 Driver and software installation.
 Better understanding using the 13th pin internal Connection.
Day 11
Theory
 Introduction to Basic Shield.
 What is the requirement of Basic Shield?
 Operation of Analog and Digital Signals.
 8 Bit and 10 Bit Concept.
Practical
 Interfacing Basic Shield with Arduino.
 Lighting up several LED’s in a Wishful Pattern.
 Working on Switch, BUZZER and implementing with Arduino for better grasping of concepts.
Day 12
Theory
 How to integrate motors through sensors.
 Why Arduino required interfacing Motors through Sensors.
Practical
 Interfacing Motors through sensors via Arduino.
 Making your own INTELLIGENT LINE FOLLOWER using ARDUINO.
 Proper Calibration for efficient line following.
Day 13 Completion of line follower, obstacle detector, edge avoider
Day 14 Competition, Doubts & Practical Session
Day 15 PROJECT
Day 16
Theory
 Serial and Parallel Communication.
 Hello to Analog I/P and O/P.
 Introduction to ADC.
Practical
 Interfacing Potentiometer and LDR with ARDUINO.
 Interfacing Motor Driver with ARDUINO.
 Speed Control of Motors using PWM.
Day 17
Theory
 Introduction to DTMF Technology.
 Effectiveness of This Technology.
 Several Mobile controlled applications.
Practical
 Testing of DTMF
 Integrating DTMF with Basic Shield
Day 18
Theory
 Introduction to GSM based technology
 Effectiveness of This Technology.
 8870 Decoder IC
Practical
 Integrating DTMF with motors.
 Remotely controlling of robots.
Day 19
Theory
 Introduction to LCD.
 Pin Description of LCD’s.
 How to interface LCD with ARDUINO.
Practical
 Creating simple animations on LCD.
 Scrolling texts on LCD.
 Integrating Digital Signals
Day 20
Theory
 Advance LCD Display Patterns
 Detailed Explanation of LCD
 Different LCD Display
Practical
 Robot Movement Display
 Designing Counter on LCD
Day 21 PROJECT
Day 22 PROJECT
Day 23
Theory
 Seven Segment Display.
Practical
 Making Connections of SSD with Arduino.
 Integration of SSD with analog and digital signals.
 Digital Clock Designing.
 Making Own pattern of Displaying numbers on SSD.
Day 24
Theory
 Integrating Keypad Matrix with motors
 Keypad interfacing with ATMEGA 328
 ON/OFF LED/Motor/Buzzer using linear keypad
Practical
 Password Controlled application – ATM prototype
Day 25
Theory
 Understanding Basics of TOUCH SCREEN.
 Requirement of Resistors while interfacing.
 Different types of Touch Screens
Practical
 Touchscreen interfacing with ARDUINO.
 Reading values of Touch screen at several points in SERIAL MONITOR.
Day 26
Theory
 Advance Concepts of TOUCH SCREEN.
 Touch Screen as a sensor
Practical
 Utilizing the readings for some applications.
 Controlling motors using Quadrant Division on Touch screen.
 Touchscreen controlled Bot
Day 27
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.
Day 28 PROJECT
Day 29 Competition, Doubts & Practical Session
Day 30 Certificate Distribution Cum Farewell Ceremony 

Day 01
Theory
Introduction to Robotics
• 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
Day 02
Theory
Introduction to 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
Day 03
Theory
• Introduction to electronics
• Applications of electronics
• Electronics components explanation
• Voltage divider rule
• Introduction to analog Circuits.
• Introduction to breadboard.
Practical
• Interfacing components like LED, Resistor etc
• Generating different colors from RGB LED
• LDR based Automatic light control
• Transistor as an amplifier
• Transistor as a NOT gate
Day 04
Theory
• Basic Circuit Development
• Input output processing in electronic circuits
• Operation of Active and Passive components
Practical
• Transistor as a Touch Switch
• Controlling brightness of LED using potentiometer
• Interfacing 555IC for LED blink
• Interfacing 555IC for buzzer beep
Day 05
Theory
• Introduction to Autonomous Robots
• Tangible and Non-tangible interfacing
• Interaction between real and digital world
• 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
Day 06 Project
Day 07 Project
Day 08 Theory
• L293D IC Explanation
• Core of L293D vis-s-vis H- BRIDGE concept
• Concept of Embedding L293D IC in MOTOR DRIVER shield.
Practical
• Making Connections of L293D IC on BREAD BOARD
• Driving Motors with L293D on Bread Board
Day 09
Theory
• 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
Day 10
Theory
• Microcontrollers and Microprocessor difference
• Introduction to embedded system
• Video sessions on advancements in Technology
• Concepts of hardware and software interface
• Introduction to Arduino
• Arduino IDE and Overview
• Introduction to different Arduino boards and shields
• Working on digital and analog signal
• What is Future Technology Devices International Ltd.(FTDI)
• Microcontroller ATMEGA 328
Practical
• Introduction to BASIC PROGRAMMING
• Driver and software installation
• Better understanding using the 13th pin internal Connection
Day 11
Theory
• Introduction to Basic Shield
• What is the requirement of Basic Shield?
• Operation of Analog and Digital Signals
• 8 Bit and 10 Bit Concept
Practical
• Interfacing Basic Shield with Arduino
• Lighting up several LED\'s in a Wishful Pattern
• Working on Switch, BUZZER and implementing with Arduino for better grasping of concepts
Day 12
Theory
• How to integrate motors through sensors
• Why Arduino required interfacing Motors through Sensors
Practical
• Interfacing Motors through sensors via Arduino
• Making your own INTELLIGENT LINE FOLLOWER using ARDUINO
• Proper Calibration for efficient line following
Day 13 Completion of line follower, obstacle detector, edge avoider
Day 14 Competition, Doubts & Practical Session
Day 15 Project
Day 16
Theory
• Serial monitor and its functioning
• Hello to Analog I/P and O/P.
• Introduction to ADC
Practical
• Interfacing Potentiometer and LDR with ARDUINO
• Interfacing Motor Driver with ARDUINO
• Speed Control of Motors using PWM
Day 17
Theory
• Introduction to DTMF Technology
• Effectiveness of This Technology
• Several Mobile controlled applications
Practical
• Testing of DTMF
• Integrating DTMF with Basic Shield
Day 18
Theory
• Introduction to GSM based technology
• Effectiveness of This Technology
• 8870 Decoder IC
Practical
• Integrating DTMF with motors.
• Remotely controlling of robots.
Day 19
Theory
• Introduction to LCD.
• Pin Description of LCD\'s.
• How to interface LCD with ARDUINO.
Practical
• Creating simple animations on LCD.
• Scrolling texts on LCD.
• Integrating Digital Signals
Day 20
Theory
• Advance LCD Display Patterns
• Detailed Explanation of LCD
• Different LCD Display
Practical
• Robot Movement Display
• Designing Counter on LCD
Day 21 Project
Day 22 Project
Day 23
Theory
• Seven Segment Display.
Practical
• Making Connections of SSD with Arduino.
• Integration of SSD with analog and digital signals.
• Digital Clock Designing.
• Making Own pattern of Displaying numbers on SSD.
Day 24
Theory
• Integrating keypad Matrix with motors
• Keypad interfacing with ATMEGA 328
• ON/OFF LED/Motor/Buzzer using linear keypad
Practical
• Password Controlled application – ATM prototype
Day 25
Theory
• Understanding Basics of TOUCH SCREEN
• Requirement of Resistors while interfacing.
• Different types of Touch Screens
Practical
• Touchscreen interfacing with ARDUINO.
• Reading values of Touch screen at several points in SERIAL MONITOR
Day 26
Theory
• Advance Concepts of TOUCH SCREEN
• Touch Screen as a sensor
Practical
• Utilizing the readings for some applications.
• Controlling motors using Quadrant Division on Touch screen.
• Touchscreen controlled Bot
Day 27
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
Day 28 Project
Day 29 Competition, Doubts & Practical Session
Day 30 Project
Day 31
Theory
• Introduction to soldering
• Introduction to LED Matrix
• Explanation of several combinations to make a pattern display
Practical
• Soldering LED\'s on Zero PCB
• Display digits on LED Matrix
• Generating patterns on LED Matrix (e.g. SMILEYS)
• Display of text on LED Matrix
Day 32
Theory
• Arduino serial communication
• Math & Serial
Practical
• Mathematical calculations
• Serial Communication Advancement
Day 33
Theory
• Introduction to MATLAB
• Basics of MATLAB Programming
• Digital Laboratory Explanation
Practical
• Mathematical Calculations using MATLAB
• Command window, Workspace, Command History
• Sub plotting the Matrix functions, Editing Plots
Day 34
Theory
• Integrating MATLAB with Microcontroller
• 2D-3D Plots
• Basics of Image Processing
Practical
• Serial and Parallel data interfacing
• Reading and Writing Images
Day 35
Theory
• Integrating MATLAB with Microcontroller
• 2D-3D Plots
• Image Processing
Practical
• Transfer of Bit by Bit data
• Controlling actuators using MATLAB
• Designing LED Pattern using MATLAB
Day 36 Project
Day 37 Project
Day 38
Theory
• Working on Pixels
• Graphical Formats in MATLAB
• Integrating MATLAB with Seven Segment Display
Practical
• Color Conversion
• Graphical Conversion of Format
• Color Masking
• Interfacing MATLAB with Seven Segment Display
Day 39
Theory
• Introduction to Image Acquisition
• Live Videography using MATLAB
• Integrating Real world with digital world
Practical
• Installing Web cam with MATLAB
• Clicking image using MATLAB
• Live Edge detection
• Object Tracking Robot
Day 40
Theory
• Introduction to Accelerometer
• Working on 2-3 Axis using Accelerometer
Practical
• Interfacing Accelerometer with Microcontroller
• Reading data on Serial Monitor
• Interfacing Basic Shield with Accelerometer
Day 41
Theory
• Advanced Accelerometer Applications
• Transfer of Analog Data using Accelerometer
Practical
• Gesture Controlled Robot
• Speed Controlled Robot using Accelerometer
Day 42
Theory
• Feedback control system in Arduino
• Feedback algorithm
• Error control mechanism
Practical
• Applying above mentioned systems to design much more efficient and accurate robots likewise – Line Follower.
Day 43 Competition, Doubts & Practical Session
Day 44 EXTRA/OPTIONAL PROJECTS
Day 45 Certificate Distribution Cum Farewell Ceremony