IoT with PIC Microcontroller

IoT with PIC Microcontroller, available at $59.99, has an average rating of 4.35, with 35 lectures, based on 15 reviews, and has 80 subscribers.

You will learn about PCB design for PIC MCU for IoT PIC programming using C and XC8 Compiler Interfacing Bluetooth module with PIC MCU Web Server using ESP8266 and interfacing it with PIC MCU Developing Android Apps using MIT App inventor for IoT This course is ideal for individuals who are Beginners, Engineers and DIY enthuasists It is particularly useful for Beginners, Engineers and DIY enthuasists.

Enroll now: IoT with PIC Microcontroller

Summary

Title: IoT with PIC Microcontroller

Price: $59.99

Average Rating: 4.35

Number of Lectures: 35

Number of Published Lectures: 35

Number of Curriculum Items: 35

Number of Published Curriculum Objects: 35

Original Price: $19.99

Quality Status: approved

Status: Live

What You Will Learn

PCB design for PIC MCU for IoT
PIC programming using C and XC8 Compiler
Interfacing Bluetooth module with PIC MCU
Web Server using ESP8266 and interfacing it with PIC MCU
Developing Android Apps using MIT App inventor for IoT

Who Should Attend

Beginners, Engineers and DIY enthuasists

Target Audiences

Beginners, Engineers and DIY enthuasists

Important: As I am a bit occupied with work, I have a few chapters on IoT pending. I will make the chapters available on as and when I get time.

This course is special for me for a few reasons. Having already published a few courses on PIC microcontrollers, PCB Design and PIC32 MCU with more than 5500 students registered for my courses, I was getting a feeling that my courses are incomplete. I wanted to prepare a course that covers both hardware design and firmware development. This course is the outcome of all the inputs and experiences I gained from my previous courses and my professional experience.

This course covers the following items as you can see from the course curriculum:

PCB Design and prototype development
PIC programming from basics to advanced concepts
IoT implementation using Bluetooth and WiFi (Pending Lectures)
Android App development using MIT App inventor(Pending Lectures)

The first section is an introduction to PIC MCUs and the tools you need to install for the course. You will get a list of components required for the hardware development.

In the second section, you will get all the knowledge required to design your own hardware based on PIC MCU. You will be able to design a PCB on KiCAD and then produce a DIY PCB using a simple etching process. You will know how to solder the components on the PCB and then test the hardware by using the test code provided by me.

In the third section, you will understand how to write a simple LED blink code using MPLABX IDE and XC8 C compiler. You will know how to interface switches using external interrupts and LCD display with the PIC MCU. You will know how to use the peripheral pin select feature to map PIC peripheral feature with the possible set of pins.

After getting a hold of PIC basics, you will understand timers, PWM modules, watchdog timer, Analog to Digital Converter and UART modules to meet advanced project requirements in the fourth section

The last two sections are dedicated to IoT applications using Bluetooth and Wifi. You will know to control I/O pins to control home appliances with Android Mobile applications. The Mobile applications will be developed using MIT App Inventor. The Mobile app will communicate with our PIC hardware via Bluetooth or WiFi connectivity.

The last two sections are pending as of now and without which the course becomes incomplete. I will publish these lectures on the go.

Course Curriculum

Chapter 1: Introduction

Lecture 1: PIC Microcontrollers

Lecture 2: Software Installations

Lecture 3: List of Components

Chapter 2: PCB Design & Prototyping

Lecture 1: Design Goals

Lecture 2: Schematic Design

Lecture 3: Schematic Design Part 2

Lecture 4: Component Placement

Lecture 5: PCB Routing

Lecture 6: PCB Output Files

Lecture 7: PCB Etching

Lecture 8: PCB Assembly

Lecture 9: Testing the Hardware

Chapter 3: Basic PIC Programming

Lecture 1: Creating a Project

Lecture 2: Oscillator Module

Lecture 3: Device Configuration

Lecture 4: Generating Configuration Bits

Lecture 5: I/O Ports

Lecture 6: Blink of an LED

Lecture 7: Switch Control

Lecture 8: Interrupts

Lecture 9: External Interrupts

Lecture 10: Peripheral Pin Select

Lecture 11: Interrupt-on-Change

Lecture 12: Header & Source Files

Lecture 13: LCD Interfacing

Chapter 4: PIC Peripherals

Lecture 1: Timer 0

Lecture 2: Timer 1 Demo

Lecture 3: Timer 1

Lecture 4: Timer 1 Demo

Lecture 5: Timer 2

Lecture 6: Timer 2 Demo

Lecture 7: PWM Module

Lecture 8: PWM Module Demo

Lecture 9: Watchdog Timer

Lecture 10: Watchdog Timer Demo

Instructors

Raghavendra Prabhu
Exploring the possibilities
SWADESHEE Parinati
Engineering is our Passion

Rating Distribution

1 stars: 0 votes
2 stars: 1 votes
3 stars: 0 votes
4 stars: 6 votes
5 stars: 8 votes

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