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Embedded & Robotics for Teenagers

Embedded & Robotics for Teenagers

The main motive of Embedded and Robotics Teenagers workshop is to build future engineers by providing them knowledge and creating interest in them for technology so that They become producer of technology and not   the consumers technology.  Today there is a great demand of technically skilled professionals. Industries are not interested in Engineers .They are interested in Technically skilled Engineers who can invent or produce the technology.

How can Embedded system and robotics workshop help you in future.
The importance of Embedded system and Robotics engineering is growing exponentially. Already today 90% of the computing devices are in embedded system domain and not in personal computers domain. The growth rate in embedded system is more than 10 % per annum and it is forecasted that there will be over 40 billion devices worldwide by 2020 .Already we are surrounded by the products of embedded system.
  • ABS system in our car
  • Set top box of our digital Tv
  • A pacemaker
  • The autopilot mode of Aeroplane
  • Smartphones
  • Homeland security products
  • Automatic washing machines
  • Smart air conditioning system etc.
Robotics is another rapidly   growing technology which cannot be neglected. Today we have robots everywhere from war fields to our kitchens. They have already started replacing human beings at certain work places. It is because of this a forecast is also made that by the next 20 years Robots will eat up half of the employment job. Therefor it is the best time to adopt this technology to secure our future.
Course Highlights (Basics)
  • Basic understanding of electrical and electronics.
  • Identifying and using electronics components like IC, transistor, relay, diode, capacitor, resistor, etc.
  • Basic understanding of Mechanical and robotics system.
  • Identifying and using Mechanical tools  like Vice, Hex saw, Pliers, Cutter, File, Screw, Drillgun etc.
  • Understanding the concept of gears, pinion, shaft, pulley etc.
  • Getting hand on experience on soldering iron.
  • Getting hand on experience on multimeter.
  • Getting hand on experience on Continuty tester.
  • Getting hand on experience on resistance calculation.
  • Introduction to RF wireless remote control circuit.
  • Getting hand on experience on microcontrollers (ARDUINO,8051,PIC)
  • Interfacing different sensors like PIR, Ultrasonic, GAS, IR etc. with microcontrollers.
  • Understanding the working and principal of Motor driver L293D IC.
  • Understanding the working and principal of RF ENCODER DECODER.
  • Understanding the working and principal of LM7805 IC
  • Understanding the working and principal of DTMF IC
  • Understanding the working and principal IR SENSOR.
  • Understanding the working and principal OPA357 IC.
  • Understanding the working and principal 7404 NOT GATE IC.
  • Understanding the working and principal of resistor, capacitor, etc.
  • Understanding the importance of PCB & circuit design .
  • Learning the basic principal of glowing a LED and using suitable resistor.
  • Understanding ohms laws.
  • Learning the motors /generators principal.
  • Understanding and designing simple electrical network.
  • Designing a Robot using motors ,wheels ,sensors and other mechanical structure.
  • Use of Actuators ,Motors and Sensors.
  • Making working models.
Projects
  1. Line following robot.
  2. Obstacle avoider robot.
  3. Light following robot.
  4. Light avoiding robot.
  5. Cell phone controlled robot.
  6. Edge avoider robot.
  7. Fire fighting robot with remote.
  8. Wall follower robot
  9. Gesture controlled robot
  10. Pick and place robot with remote
  11. DTMF based Cell phone controlled robot without microcontroller.
  12. Obstacle avoider robot without microcontroller (AUTONOMOUS)
  13. Line following robot without microcontroller (AUTONMOUS)
  14. Quadcopter (Drones)
KITS
All the necessary tools and materials will be provided accordingly based on the projects.
Course details
  • 1  Month Program–(Basics topics +One Major project)
  • 2 Month program–(Basics topics +One mini +Two major projects)
  • 3 Month program–(Basic topics +Two mini projects +Three major projects)
  • 6 Month program–(Basic topics + Four mini projects +Four Major projects)
Course Duration
  • 1  Month Program    (Two classes per Week)
  • 2 Month program     (Two classes per Week)
  • 3 Month program     (Two classes per Week)
  • 6 Month program     (Two classes per Week)
Course fee
  • 1  Month Program    Rs  2500  INR
  • 2 Month program     Rs  5000  INR
  • 3 Month program     Rs  7000  INR
  • 6 Month program     Rs  14000  INR
Note : The robots /Projects built by the students can be taken by the students only after paying addition fee .