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

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80 Hours Course - Achiever

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Course Fee: Rs.24900.00 + 18% GST


Introduction to robotics - 6 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

  • Demonstration of robot use of mechanical, electronic and coding

  • Electronics parts working - observation - lab tour

  • Programming working - observation - lab tour




Robot- Electronics - 8 hr



Learning Outcome and Projects 25+ activitie



  1. Making your First Circuit

  2. Battery / Power

  3. Light & Buzzer

  4. Dimmer

  5. Switch & push button

  6. Motor & High Speed Motor
  7. Copy , Wire & Connectivity

  8. Limit switch

  9. Sensor base with threshold

  10. Obstacle sensor , Light sensor & Motion sensor

  11. Not gate

  12. And gate

  13.  U-right

  14. Pulse/ Delay

  15. Transmitter & receiver

  16. Submersible water pump

  17. Servo motor

  18. OR & Toggle

  19. PROLOGIC Controller - ARDUINO

  20. 10+ Activities





Robot - Mechanics - 2 - 12 hr



Learning Outcome and Projects



  1. Two Wheel Driver Horizontal Robot

  2. Two Wheel Driver Vertical Robot

  3.  Four Wheel Driver Horizontal

  4. Obstacle Avoidance Robot

  5. Four Wheel Drive Obstacle avoidance Robot with Phone

  6. Vertical Steering Robot with Ultrasonic Sensor

  7. Gripper Robot with Phone

  8. Vertical Steering Robot with Ultrasonic Sensor

  9. Vertical Pick and Place Robot

  10. Horizontal Pick and Place Robot

  11. Football Playing Robot

  12. Customise your Robot





Robot - Coding – 2 - 14 - hr



Learning Outcome and Projects



  1. Digital Output – LED State Control

  2. Analog Output – LED Brightness Control

  3. Digital Input – Reading the State of Switches

  4. Analog Input – Reading Potentiometer

  5. Evive's Display – Hello World!

  6. Beetle in the Maze

  7. Displaying Patterns on RGB LED Strip

  8. Displaying Patterns on RGB LED Strip

  9. Making Custom Patterns on RGB LED Strip

  10. Controlling a DC Motor using PictoBlox

  11. Hand Controlled 4-Wheel Robot

  12. Automated Steering Robot

  13. Pick and Place Vertical Robot

  14. Obstacle Avoidance Robot

  15. Advance Self Driving Robot

  16. IoT Enabled Autonomous Pick and Place Robot

  17. Autonomous Pizza Delivery Robot

  18. QR Scanner Based Localization





Drones – 2 - 5 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





3D - printing – 2 – 5 hr



Learning outcome and projects





  1. hat is 3D printing?

  2. History of 3D printing

  3. The use of 3D printing

  4. 3D PRINTING TECHNOLOGIES

  5. Getting a 3D model

  6. Online libraries and 3D hubs

  7. 3D modelling software

  8. Modelling activities Using 3D pen

  9. Modelling in a 3D software

  10. Safety of 3D printers

  11. Handling a 3D printer

  12. Setting up for printing

  13. Emergency handling

  14. Finishing process





Humanoid – 2 - 5 - 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 of Humanoid

  5. Coding of Humanoid Activities

  6. Walking with Code

  7. Multiple Actions with Humanoid

  8. Detect Face and Wave

  9. Piloting of humanoid





Virtual Reality / AR - experience & CREATIONS – 1 - 5 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





Coding - Computer science / Technology – 2 - 12hr



Learning outcome and projects





Scratch advance





  1. Creative computers - Introduction to Programming languages

  2. Your First Animation! Getting Scratch with Coding - The Scratch interface

  3. Variables and Arithmetic Operators

  4. Conditional Statements and Logical Operators

  5. Analog Input/output in PictoBlox




App Development with App inventor 2





  1. Mobile Android Application development - Java Software Application

  2. Mobile Application

  3. Programming Application

  4. SDLC

  5. Layout

  6. UI designing

  7. Design editor

  8. Coding blocks editor

  9. Emulator

  10. Application package

  11. Testing application

  12. Bounce Sprite Off canvas edge

  13. Adding sound

  14. Speech recognition

  15. Adding sound

  16. Movement on a timer

  17. Start / stop timed movement

  18. Movement with sensors

  19. Random numbers

  20. Multiple screens

  21. Creating your own colours

  22. Fling movement