Arduino : Electronics circuit, PCB Design & IOT Programming

Industrial Datalogger, Electronics circuit design, Embedded System, Eagle PCB Design, Arduino Programming and IOT system

What you'll learn
Industrial electronics circuit design, PCB Layout using Eagle software,
Interface : Wi-Fi, Bluetooth, SD Card, RTC, RS485, RS232, 0-10v Digital Input, 0-10v Analog Input, 4-20mA sensor, speed controller
ATMEGA256 circuit design, Power Supply Designing (SMPS and Linear Regulator)
Basics of Electronics
Micro-controller selection
Understanding Fuse bytes and boot loader programming procedure
How to use Logic Analyzer to debug protocol
Hardware designing and programming to control AC appliance
Hardware designing and programming to control speed of DC Motor
Hardware designing and programming to read 0-10 V digital input sensor
Hardware designing and programming to read 0-10 V analog input sensor
Hardware designing and programming to read 4-20 mA sensor
Hardware designing and programming to read Real Time Clock parameters
Basic programming concepts
Hardware designing and programming for Bluetooth Low Energy (BLE 4.0)
Hardware designing and programming for WiFi Module
Hardware designing and programming for SD Card
Hardware designing and programming for RS232 Interface
Hardware designing and programming for RS485 Interface
Data visualization
Layout design for data logger PCB
Essential websites for components and PCB manufacturer

Requirements
Basic Knowledge of Electronics
Basic Arduino programming knowledge (But Not mandatory)
Description
Courses Offered

1. STM32 : Internet Of Things with 4G LTE Modem

2. Arduino: Electronics circuit, PCB Design & IOT Programming

Note : This course is designed for electronics enthusiast and also for the advanced audience, please check course content before subscribing to this course. I can assure you, you will never regret spending your valuable money on this course.

Brief Description

This course teaches you following things

1. How to design custom hardware for an application.

2. How to do Programming.

3. PCB designing using Eagle software.

4. Internet of Things (IOT) based applications.

5. Protocol decoding using logic analyzer.

I created this course because I believe that, its important how much knowledge you have but even more important thing is at what age you have it. Normally it takes time to develop skills in hardware and in this course I am sharing my experience and giving you a right approach to develop your skills in both hardware designing and programming. Which will help you to avoid mistakes and gain more knowledge in less time.

I remember one quote that I want to share with you.

"Learn from other people's mistakes.

Life is too short to make them all yourself"

- Sam Levenson

Long Description

Here I have described in brief, what you are going to learn in this course. The entire course is constructed in following format.

1. Introduction to section

2. Circuit diagram explanation

3. Circuit diagram designing using eagle

4. Program explanation

5. Practical demonstration

Basic electronics

Basic electronics concepts that are required for the course.

1. Pull up and pull down configuration.

2. Potential divider configuration.

3. Understanding transistor

4. Voltage level converter

5. Introduction to SMD packages and calculations.

Power Supply

Power Supply introduction

1. Linear voltage regulator

2. Switch Mode Power Supply (SMPS)

Power Supply Designing

Introduction and circuit design for SMPS and Linear regulator IC's

Introduction and circuit design for power supply protection

Power supply Layout design using eagle software

Micro-controller

Selecting an appropriate micro-controller

Circuit design for ATMEGA256

Introduction to Boot loader and Programming Procedure

Understanding what is boot loader

Understanding fuse byte of ATMEGA256

Introduction to USBASP programmer

Process to program boot loader in ATMEGA256

Introduction to USB to TTL converter

Logic Analyzer

Introduction to logic analyzer

Understanding UART programming and Visualizing UART output using Logic analyzer

Controlling an AC appliance using micro-controller

Introduction to relay driver components and protection circuit

Designing a circuit for relay driver using Eagle Software

Digital Output Programming, Program to drive submersible pump using Relay

DC Motor Speed Controller

Introduction to DC Motor speed controller components and protection circuit

Designing a circuit for DC Motor speed controller using Eagle

Understanding PWM, its programming and visualizing PWM waves using logic analyzer

Program to control the speed of DC Motor

Reading 0-10 v Digital Output sensors

Introduction to components to read digital input

Understanding circuit for optocoupler

Designing a circuit for Digital Inputs using Eagle software

Digital Input programming

Understanding Pin change interrupt feature of ATMEGA256

Program to count external pulses using pin change interrupt

Reading (0 - 5v / 0 - 10v) Analog Output sensors

Understanding circuit to read (0-5v/ 0-10v) Analog Input

Designing a circuit to read Analog input using Eagle software

Analog input programming and reading sensors of different range

Reading (4 – 20 mA) sensor

Understanding 4-20 mA Industrial standard

Introduction and circuit design for Impedance matching circuit

Introduction to 16 bit Analog to digital converter

Brief introduction to I2C Interface

Designing a circuit for 4-20 mA sensor using Eagle software

Introduction to 4-20 mA simulator circuit

Program to read 4-20mA sensor

Visualizing I2C signal of ADC using logic analyzer

Real Time Clock

Introduction to RTC IC

Designing a circuit for RTC IC using Eagle

Real time clock programming

Visualizing RTC parameters using logic analyzer

Basic Programming concepts

Understanding essential C functions

Understanding essential conversion functions

Bluetooth Low Energy (BLE 4.0)

Introduction to BLE module

Introduction to single channel buffer IC

Designing a circuit for BLE module using Eagle

Configuring Bluetooth Low Energy Device

Introduction to Blynk app

Program to send data on Blynk app

Industrial Wi-Fi Module

Introduction to WIFI module

Brief introduction to SPI Interface

Introduction to octal Transceiver IC

Designing a circuit for WIFI module using

Program to check and update the firmware version of WIFI module

Program to connect with WIFI router

Creating an API to fetch Date and Time from cloud

Program to fetch Date and Time from cloud

Program to update RTC parameters with parameters fetched from cloud

SD Card Interface

Introduction to SD card and understanding its circuit

Designing a circuit for SD card using Eagle for SD card

Program to Initialize and write into SD card

Program to store system parameters in CSV format in SD card

Program to store system parameters Date wise in SD card

Program to store system parameters month and year wise in SD card

RS232 Interface

What is RS232 Interface, Introduction to RS232 Interface IC

Understanding a circuit of RS232 Interface and RS232 to USB converter

Designing a circuit for RS232 Interface using Eagle software

Program to receive data over RS232 Interface

Importance of checksum byte and Program to calculate checksum byte

Program to receive data with checksum over RS232 Interface

Designing a custom protocol

Program to send data over RS232

RS485 Interface

What is RS485 Standard, Introduction to RS485 Interface IC

Understanding circuit of RS485 Interface and RS485 to USB converter

Designing a circuit for RS485 Interface using Eagle software

Program to receive data over RS485 Interface

Program to send data over RS485 Interface

Data Visualization

Creating dashboard for Data logger

Program to send system parameters to freeboard website using WIFI module

Layout Designing for schematic

Data Logger layout design

How to generate Bill of material, Gerber file, PCB Preview

Essential Websites

Where to purchase the components

Where to send PCB for manufacturing

My promise!

One thing that I can promise you is this course is going to save your lot of time to learn hardware designing and programming. I will personally answer your questions about this course . If you are in any way not satisfied, for any reason, you can get a full refund from Udemy within 30 days with no questions asked. But I am confident you won't need to. I stand behind this course 100% and I am committed to helping you.

Who this course is for

Hobbyists and engineering students who want to start their career in Embedded world.

If you want to learn hardware and programming then think about taking this course. you will not be disappoint

Who this course is for
Hobbyist, Beginner in electronics, Professionals