Raspberry Pi Robotics

Name: Raspberry Pi Robotics
Rating: 3.8 (28 reviews)

Learn how to program L239D IC and ride the robot in different directions.

Created byVenkatesh Varadachari, Satyajeet Sah

Last updated 1/2020

English

What you'll learn

Learn how to connect L239D integrated circuit to the GPIO pins of Raspberry Pi.
Get to know how to use the concept of dual H bridge and run the motor in different directions.
Learn how to capture keyboard key stroke using Python programming.
Learn to Code using Python programming and control the robot wirelessly.

Course content

3 sections • 22 lectures • 25m total length

Introduction1:32
This lecture describes the overview and hardware requirements of the project
L239D working principle1:46
This lecture describes how L239D integrated circuit works and pin configuration
Integrated IC logic table1:08
This lecture describes the concept of dual H bridge and working functionality of L239D integrated circuit
L239D Pin diagram1:00
The document describes the pin diagram of L239D integrated circuit
Hardware

Assembling the circuit1:10
This lecture will teach you how to assemble the circuit on breadboard
Programming - Enable the required Pin1:53
This lecture will teach you how to import the required library and enable the respective GPIO pins to be used in the code
Complete circuit diagram with l239D Motor Driver Module- Single DC motor control0:04
This is the circuit diagram with the Motor Driver Module rather than the direct interfacing with the L239D Chip.
Complete circuit diagram with l239D Chip- Single DC motor control1:00
This document describes the circuit diagram for a single DC motor controlled using L239D IC.
Programming - Code for forward & backward direction2:17
This lecture will teach you to code the logic of moving the motor forward and backward direction
Complete Source Code - Program the BO motor1:00
This ebook contains the error free source code of the project. Please find the attachment of the source code in python format under downloadable resources.
Real time demonstration0:25
This lecture describes the real time testing of the project.
Software

Complete circuit with L239D Motor Drive Module - wireless controlled robot0:04
Complete circuit with L239D Chip - wireless controlled robot1:00
this document describes the complete circuit diagram of the project.
Code - Enable the required pin2:36
This lecture describes the steps to enable the respective GPIO pins used in the program
Code - User-defined function2:11
This lecture will teach you how to define a function to accept a keyboard event and return the keystroke captured character
Code - Define the forward key stroke2:38
This lecture will teach you how to code in Python programming for the up arrow key of the keyboard
Code - Define the backward direction1:42
This lecture will teach you how to code in Python Programming to move the robot in backward direction
Code -Define and left & right code movement2:24
This lecture will teach you how to enable the robot to turn in left and right direction
Deploying the program remotely1:57
This lecture will teach you how to deploy the program remotely and control the robot wirelessly
Complete Source code - Wireless controlled robot3:00
This ebook contains the complete error free source code of the project. Please find the attachment of the source code in python format under downloadable resources.
Complete Source code - Wireless controlled robot with LED blink3:00
This ebook contains the complete error free source code of the project with additional code for led blink on key press. Please find the attachment of the source code in python format under downloadable resources.
Real time demonstration1:25
This lecture describes the real time demonstration of the project.
Programming

Requirements

Basic knowledge of Python programming.
Basic knowledge of handling Raspberry Pi.

Description

After creating a successful intermediate course on IoT, We are back with another stunning course that will take your intermediate coding skills to the advance level. Raspberry Pi Robotics is ideal for those who are inquisitive in exploring the possibilities of IoT using Raspberry Pi 2. The course assumes basic knowledge of computer hardware and software. However, knowledge of Python programming will help you in getting up to speed.

You will learn how to connect L239D Integrated circuit to the GPIO pins of Raspberry Pi and control the DC bo motor. You will code the integrated circuit to rotate the motor in different directions and accept the user keyboard input to run the robot in user defined space. Implementation of IoT through Python programming will make the device remotely accessible. If you are a technology enthusiast and want to learn the cutting edge technology then this is the right course for you.

The course provides the complete source code of the real time project.

The entire course can be completed over a fortnight, including the hardware assembly and coding in Python programming.

By the end of this course, you will have fundamental knowledge about building a basic robot using Raspberry Pi 2 and control it remotely.

What are you waiting for? Enroll now!

Who this course is for:

This is an advance course on Raspberry Pi 2 meant for those who want to explore the possibilities of robotics using the mini kit.

Raspberry Pi Robotics

What you'll learn

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Course content

Introduction4 lectures • 5min

Project 1 - Program the Bo motor7 lectures • 8min

Project 2 - Wireless controlled robot11 lectures • 22min

Requirements

Description

Who this course is for: