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Diy Lab Equipment With Arduino - Part 1: The Basics
Published 11/2022
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz
Language: English | Size: 2.73 GB | Duration: 3h 12m
Understand Arduino Microcontrollers and Build Your First Project
Published 11/2022
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz
Language: English | Size: 2.73 GB | Duration: 3h 12m
Understand Arduino Microcontrollers and Build Your First Project
What you'll learn
Understand Arduino hardware and software (Arduino IDE)
Work with sensors and modules and write the code with minimal programming skills
Apply Arduino, sensors and modules to make your own DIY lab equipment
Create complete automated lab equipment to measure, control and store the data using SD card and IoT using Google sheet (in the next courses)
Requirements
No programming skills needed, no previous knowledge about Arduino needed, no electronics experience needed
Description
This course is the first part of a series intended to understand Arduino microcontrollers and their sensors and off-shelf components and APPLY them in building lab equipment. This is the first part of the series where you get to know Arduino its similar board, ESP32. We will also go through the basics of the programming language and the common electronic components needed. We will jump quickly to the applications in making useful equipment. The course is not intended to give you deep understanding of electronics or programming and coding. Instead, it will give you brief explanation, using plain lanuage as possible, sufficient to let you understand what we are doing and how to benefit from the huge amount of examples and support available online. Arduino is an open source hardware. It is programming software is also free and open source. The internet is full of examples and discussions. We do not intend to start coding from scratch. However, we will teach you where is to find the suitable resources and how to use them in your application.If you are looking for quick application and customization of your experimental setup, this course suits you perfectly. If you are new to this field, this course is also suitable for you.
Overview
Section 1: Introduction
Lecture 0 Introduction to the course
Lecture 0 Why DIY lab equipment?
Lecture 1 What is Arduino... Explaining Arduino Uno.
Lecture 2 How Arduino connect to other sensors and device... Explaining communication type
Lecture 3 Other Arduino boards (Nano, Mega, ESP32)
Lecture 4 Explaining ESP32
Lecture 5 Common electronic components commonly needed
Lecture 6 Programming Arduino boards using Arduino IDE - getting started
Lecture 7 Programming Arduino boards using Arduino IDE - make your first project
Lecture 8 Moving to ESP32... make your first project with Bluetooth
Lecture 9 Basic Arduino programming language-Part-1 Variables
Lecture 10 Basic Arduino programming language-Part-2 Functions
Lecture 11 Basic Arduino programming language-Part-3 Structure
Lecture 0 Extending Arduino with Libraries
Lecture 0 Where is to find resources like sample codes?
Students and researchers looking to customize the experiments.,Non-engineers looking to apply some automation in their activities.,Chemistry, biology, physics, biomedical, medical, pharmaceutical lab students, researchers and staff who need to make DIY equipment
Download link
rapidgator.net:
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uploadgig.com:
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nitroflare.com:
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1dl.net:
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