Published 7/2022
MP4 | Video: h264, 1280×720 | Audio: AAC, 44.1 KHz
Language: English | Size: 1.01 GB | Duration: 1h 41m
Learn Robotics with real time project.
What you’ll learn
Real World scenario of Arduino Requirements
Understanding of interaction between hardware and software
Understanding of how servo motor works
Understanding of communication between Android And Arduino controller
Basic Project planning skills for Electronics and Mechanical Project
Ability to do Cost Analysis of the hardware and software requirements
Requirements
Basic Programming Experience
Description
This is course is designed to guide you and prepare you for the Real world scenarios of Robotics. You will find all of the material , information , guidance and code in the course.Before designing any robot we need to understand what functions robot needs to be performed. Functions are kind of manually triggered or Automated triggered. Automated Triggered functions requires Machine Learning training which is a part of Artificial Intelligence. In this Course only focus of manual functional requirements. This Course is more focused on Following types of Hardware : How to Connect – L298N to Arduino Mega 2560 / Uno Using Fritzing. Connect 16-Channel 12 bit PWM/Servo Driver I2c Interface PCA 9685 to Arduino Mega 2560 / Uno. Connect MG995 -180 Degree to Arduino Mega 2560 / Uno. Connect HC-05 to Arduino Mega 2560 / Uno. Control Linear Actuator using L298N Driver – Explained in Course. Create Car 4WD using Arduino and Side Shaft Gear Motor 100 RPM -12V – 4 Pieces and Control using Android – Explained in Course.After learning from this Course you can create following types of Robots/ Devices. 1) Height-Adjustable Tables & Desks using Arduino and Control it using Bluetooth. 2) Car Arduino Powered with Left , Right , Backward and Forward and control using Android App via Bluetooth. 3) Create Pan Tilt Mechanism for Camera. 4) Blind Opener using Linear Actuator with Arduino and Android App.
Overview
Section 1: Introduction
Lecture 1 Introduction
Lecture 2 Demo- Inspiration for the project
Section 2: Software requirements
Lecture 3 Software Requirements – Android Studio , Git , Fritzing , Arduino
Section 3: Functional Diagram of the Project
Lecture 4 Functional Diagram of the Project
Section 4: Download code from github
Lecture 5 Download Code from Github or Udemy
Section 5: Fritzing circuit for the project
Lecture 6 Fritzing circuit for the project
Section 6: Functional requirements
Lecture 7 Functional Requirements of the Project
Section 7: All hardware explained
Lecture 8 Hardware : Motors , Arduino , Bluetooth , Servo Drivers
Section 8: Working Demo of Android App and control Robot from Android App
Lecture 9 Demo – Connect to Bluetooth , Left right and other movement
Section 9: How to control linear actuator (Motor , Servo) using android with Arduino
Lecture 10 Control Linear Actuator using Android App
Section 10: Cost Analysis
Lecture 11 Cost Analysis of Investment to make
Section 11: Arduino controller c++ code explained
Lecture 12 C++ Arduino Code explained
Section 12: Possible Applications of Current Project ProtoType
Lecture 13 Possible Application or Robots after successful assembly of the project and code
Section 13: Working Demos – Actual Sound of Motors Included
Lecture 14 Demos
Lecture 15 Demo-2
Lecture 16 Demo-3
Programmer willing to do innovation and want to create something new without involving much into hardware specifics,The course is intended to cover possible scenario in real world applications wether to work with camera , robotic movement , communication,Who wants to handle servo motors using arduino using android app,Who wants to learn about how android can interact with Arduino controller,Who wants to learn about how to handle linear actuator with Arduino
Homepage
https://www.udemy.com/course/robotics-with-arduino-and-android-app/
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