Hours : Mon To Fri - 10AM - 04PM, Sunday Closed

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80 Hours Course Robust

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Course Fee: Rs.24900.00 + 18% GST


Introduction to robotics - 4 hr



Learning Outcome and Projects 



  • About Robot Smart Labs

  • What is a Robot?

  • Robots in Movies?

  • Robots in Real Life?

  • Demonstration of all Robots in Lab

  • Parts of Robots

  • Mechanical parts working - observation - lab tour

  • Electronics parts working - observation - lab tour

  • Programming working - observation - lab tour




Robot- Electronics - 3 - 8 hr



Learning Outcome and Projects



  1. Making your First Circuit, Battery / Power, Light & Buzzer

  2. Dimmer, Switch & push button, Limit switch

  3. Motor & High Speed Motor

  4. Copy , Wire & Connectivity

  5. Sensor base with threshold, Obstacle sensor , Light sensor & Motion sensor

  6. Not gate ,And gate, U-right, Pulse/ Delay

  7. Transmitter & receiver

  8. Submersible water pump

  9. Servo motor

  10. OR & Toggle

  11. PROLOGIC Controller – ARDUINO

  12. Voltage

  13. Current

  14. Resistance

  15. Ohm’s law and led basics

  16. Series and Parallel Connection

  17. DC motors

  18. Introduction to sensors

  19. Follow Me Robot - Calibrating IR Sensor

  20. Joystick-Controlled Robot - Circuitry

  21. Gesture-Controlled Robot – Sensor

  22. Line-Following Robot - Circuitry





Robot - Mechanics - 3 - 8 hr



Learning Outcome and Projects



  1. 2wd Robot Assembly

  2. Obstacle Avoiding Robot assembly





Robot - Mechanics - 3 - 12 hr



Learning Outcome and Projects



  1. Smartphone-Controlled Robot - Programming

  2. Follow Me Robot - Programming

  3. Shy Robot - Programming Challenge

  4. Gesture-Controlled Robot – Programming

  5. Pick-and-Place Robot - Programming

  6. Joystick-Controlled Robot – Programming

  7. Line-Following Robot – Programming

  8. Drip Irrigation System

  9. Automatic Plant Watering System

  10. Introduction to IoT

  11.  Voice-Controlled Light Bulb

  12. IoT-Enabled Lighting System

  13. IoT-Enabled Temperature Monitoring System

  14. IoT-Based Weather Reporting System

  15. IoT-Based Air Pollution Monitoring System

  16. IoT-Enabled Home Security System





Drones – 3 - 10 hours



Learning Outcome and Projects



  1. INTRODUCE AEROMODELLING

  2. DYNAMICS OF AN AERIAL SYSTEM

  3. AXES OF ROTATION

  4. Introduction To Drones

  5. History Of Drones

  6. Types Of Drones

  7. Applications Of Drones

  8. Future Applications Of Drones

  9. FORCES OF FLIGHT IN DRONES

  10. Controls Of An Airplane

  11. Controls Of A Drone

  12. BUILDING THE DRONE – PLUTO

  13. TEST FLIGHT

  14. Drone Piloting Observation

  15. Drawing shapes

  16. Farming Drone

  17. Step farming

  18. Delivery drone

  19. Snake drone

  20. Space drone

  21. Treasure hunt drone

  22. Racing drone

  23. Autonomous drone





3D – modelling - 1A – 5 hr



Learning Outcome and Projects



  1. Modelling in a 3D software

  2. Engineering graphics

  3. Tools in software

  4. Modelling activity -1

  5. Modelling activity -2

  6. Modelling activity -3

  7. What is 3D printing?

  8. History of 3D printing

  9. The use of 3D printing

  10. 3D PRINTING TECHNOLOGIES

  11. Getting a 3D model

  12. Online libraries and 3D hubs

  13. 3D modelling software

  14. Modelling activities Using 3D pen

  15. Safety of 3D printers

  16. Handling a 3D printer

  17. Setting up for printing

  18. Emergency handling

  19. Printing activity -1

  20. Printing activity -2

  21. Printing activity -3

  22. Finishing process





Humanoid – 3 - 6 - hr



Learning Outcome and Projects



  1. Introduction to Humanoid Robotics

  2. Safety on Humanoid parts motors, battery care & Charging

  3. Parts of Humanoid

  4. Construction and Assembly of Humanoid

  5. Coding of Humanoid Activities

  6. Changing RGB Animator for JD

  7. Visual Object Recognition

  8. Coding walking Forward , left , right , backward
  9. Multiple Actions coding with Humanoid

  10. Coding to Detect Face and Wave

  11. Coding for Robot to Dance





Virtual Reality / AR - experience & CREATIONS – 2 - 10 hr



Learning outcome and projects



  1. Getting familiar with VR and VR hardware

  2. Safety Regulations

  3. VR (Virtual Reality) mode

  4. AR (Augmented Reality) mode

  5. Register, Create, Explore

  6. Develop 3D creation skills

  7. Working with variables , lists functions

  8. Screen templates and Camera movements

  9. Editor, Navigation, Building, Co locks

  10. Play mode & Gyro mode of VR headset

  11. VR (Virtual Reality) mode & AR (Augmented Reality) mode

  12. 360° tours and Virtual exhibitions

  13. Advance VR environment Creation - 1

  14. Advance VR environment Creation - 2





Coding - Computer science / Technology – 3 - 12hr



HTML coding



Learning outcome and Projects



  1. Introduction

  2. Tools of the Trade

  3.  Basics of HTML

  4. Basic Structure of a HTML Page

  5. Doc type , Start and End Tags

  6. The Head and Body Element Adding Content to the Page

  7. Elements within the Head and body Element

  8. Elements for Formatting Text , Adding JavaScript Code to Website , Conjunction with CSS

  9. Elements for Defining Sections of a Webpage

  10. Comments & Character Entities

  11. Creating HTML files & Opening a .HTML File

  12. Designing a Basic web page , Underlining, Monospace, and Other Text Changes

  13. Specifying Font Sizes, Colours, and Faces , Applying Logical Styles





Basic - Python Programming (game dev)



Learning outcome and Projects



  1. What is coding?

  2. Installing Python

  3. Using IDLE

  4. Variables

  5. Making decisions

  6. Loopy loops, Animal Quiz, Functions, Fixing bugs, Modules

  7. Password Picker

  8. Nine Lives

  9. TURTLE GRAPHICS

  10. Robot Builder

  11. Kalie do-spiral

  12. Starry Night

  13. Mutant Rainbow

  14. PLAYFUL APPS

  15. Countdown Calendar

  16. Ask the Expert

  17. Secret Messages

  18. Screen Pet

  19. Egg Catche