Advance Robotics - Arduino

What is Advance Robotics-Arduino?

Industry has benefited drastically from the expanse of a robotic work force. Automated machines have taken over the duties of dangerous and mundane jobs from humans, allowing greater productivity. Because robots never tire, extra shifts have been added to factories. As Indian industries are switching over to automation, demand for skilled professionals will increase drastically.


Usability:

Will this course useful for my Career?

Absolutely yes. This course will give you brief techniques of robot making and on top of this you can explore this into many different robots.


When I can join this course?

  • • You can start learning Advance Robotics anytime after 10th class.
  • • When preparing for School Exhibition.
  • • Working on your own minor & major projects.
  • • Working on your new product.


What options I can choose after this course:

  • • Robotics on Latest Microcontrollers.
  • • Advance technologies like wireless, touch screen.
  • • Can learn MATLAB, PLC Scada


What content will be covered in this course?

Session: 1 Introduction to Robotics

  1. Terminology involved in robotics
  2. History of Robotics

Session: 2 Introductions to Arduino

  1. Architecture of ATmega8
  2. AVR hardware Detail- I/O Port
  3. AVR Clock Oscillator
  4. Difference between Microcontroller and Microprocessor

Session: 2 Introductions to Arduino

  1. Architecture of ATmega8
  2. AVR hardware Detail- I/O Port
  3. AVR Clock Oscillator
  4. Difference between Microcontroller and Microprocessor

Session: 2 Introductions to Arduino

  1. Architecture of ATmega8
  2. AVR hardware Detail- I/O Port
  3. AVR Clock Oscillator
  4. Difference between Microcontroller and Microprocessor

Session: 3 Programming in Embedded C

  1. Basic of C Programming for Arduino
  2. Basic function uses in C Programming
  3. Conditional operators if else, switch etc.
  4. Loops- while, for etc.

Session: 4 Interfacing with AVR

  1. LED Interfacing
  2. Relay & Buzzer Interfacing
  3. DC Motor with Interfacing
  4. 16x2 LCD display Interfacing
  5. Serial port Interfacing
  6. Matrix Keypad Interfacing
  7. 7-Segment Display Interfacing
  8. Mobile (DTMF) Interfacing
  9. Infra-red Sensors Interfacing
  10. Wireless Session Interfacing
  11. Analog to Digital Converter Interfacing

Session: 5 Project realizations

  1. Line Following Robot
  2. Obstacle avoiding Robot
  3. Mobile control Robot
  4. Wireless controlled Robot

Session: 6 PCB Fabrications - Live Demo

  1. Introduction to PCB hole
  2. components and packaging
  3. Familiarization with SMD
  4. components and packaging
  5. Schematic Drawing
  6. Board Layout


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