Master Embedded Systems Engineering in Just 60 Days

Learn Embedded C
Learn how to program, use and interact with Arduino
Learn how to program, use and interact with PIC Microcontroller
Learn Communication Protocols
Learn Circuit Design and Simulation from scratch
Learn 3D Design and Simulation to make your own 3D Models
Learn PCB Fabrication from scratch
Learn everything about Embedded System
Learn to use all the software tools needed to be successful as an Embedded System Engineer
Build an Arduino prototype to create your own game using LEDs
Learn how to solve complex problems with microcontrollers
Learn how to make your own products - make them work!
How to implement communication protocols in your project

This Embedded Systems course is jam-packed with 60 days of lessons that take you from complete Embedded systems novice to feeling confident making your own Embedded systems products or starting a career in the industry.

While you don't have to finish the course in 8 weeks, we've set up the course where each section teaches a new skill.

A 60 Days challenge Learn to design embedded systems from scratch. You will not need prior knowledge of electronics, programming, or hardware.

Now I want to help you learn how to become an embedded system engineer in this challenging 60 days Challenge.

This Challenge is a quick learning course for those who want to become an Embedded System Engineer and make you a pro.

Are you looking for a quick start to a new career? Do you want to learn step by step from zero to embedded system engineer?

Become an embedded system engineer with the 60 Day Challenge. One of the most important aspects of software development is knowing how hardware interacts with software. Whether it's driving cars or running factories, the hardware has to be programmed just like software. The way software communicates with hardware is through the development of embedded systems which we'll teach you about in this challenge.

Introduction:

The course is designed to be completed in 60 days. The course covers programming, microcontrollers, communication protocols, circuit design, PCB design, and 3D Modeling and Simulation. It also includes two project-based courses that will guide the user through the development of a firmware package.

Throughout this course, you will learn various embedded systems engineering skills like how to read AVR assembly code, use C, etc.

By reading the content and reviewing the exercises in this course, you will be able to learn how to program an embedded system.

This course is not only about programming but also about designing all aspects of a hardware system, including hardware connection and mechanical design.

What You Will Learn In This Bundle:

Learn Embedded C

Learn how to program, use and interact with Arduino

Learn how to program, use and interact with PIC Microcontroller

Learn Communication Protocols

Learn Circuit Design and Simulation from scratch

Learn 3D Design and Simulation to make your own 3D Models

Learn PCB Fabrication from scratch

Learn everything about Embedded System

Daily Section Overview:

C Programming - 10 Days

Microcontrollers Arduino - 10 Days

Microcontrollers PIC Microcontroller - 10 Days

Communication Protocols - 7 Days

Internet of Things - Extra

Circuit Design and Simulation - 7 Days

3D Design and Simulation - 6 Days

PCB Fabrication - 10 Days

Who Teaches This Course:

The 60 Day Embedded Systems Challenge is made by Educational Engineering Team, a team of engineers with years of professional experience in the Embedded Systems world. The team made videos that have been viewed by millions of people around the world for small and big companies.

We are thrilled to help you to start your embedded systems journey today! We understand what it's like to start from scratch and have tailored this course to complete beginners. At the same time, we share advanced techniques so even if you have some embedded systems experience, you'll still learn.

Start your career as an Embedded System Engineer and master the needed skills to succeed.

Do you want to take your career to the next level and get a new job as an embedded system engineer?

Are you ready for a challenge? Do you want to master the skills needed to become an embedded system engineer?

More Course Details:

Below is a breakdown of each Sections of the challenge

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In Day #1 - #10 We'll go over C Programming for embedded systems from scratch

Go from zero to hero in programming with C Language and start your Journey as a highly paid C Developer/Programmer

Why learn C Programming?

C is a Middle-Level Language. The middle-level languages are somewhere between the Low-level machine-understandable assembly languages and High-Level user-friendly languages. Being a middle-level language, C reduces the gap between the low-level and high-level languages. It can be used for writing operating systems as well as doing application-level programming.

Helps to understand the fundamentals of Computer Theories. Most of the theories related to computers like Computer Networks, Compiler Designing, Computer Architecture, Operating Systems are based on the C programming language and require a good knowledge of C programming if you are working on them. In modern high-level languages, the machine-level details are hidden from the user, so in order to work with CPU cache, memory, network adapters, learning C programming is a must.

Fewer Libraries. C programming language has fewer libraries in comparison with other high-level languages. So, learning C programming also clears programming concepts to a great extent as you have to write a lot of things from scratch. You will not be dependent on the programming language entirely for implementing some basic operations and implementing them on your own will also help you to build your analytical skills.

C is very fast in terms of execution time. Programs written and compiled in C execute much faster than compared to any other programming language. C programming language is very fast in terms of execution as it does not have any additional processing overheads such as garbage collection or preventing memory leaks etc. The programmer must take care of these things on his own.

Embedded Programming. C is extensively used in Embedded Programming. Embedded Programming is also referred to as micro-controller programming, where the C program is used to control micro-controllers. Microcontrollers and embedded programming is widely used in auto-motives, Robotics, Hardware, etc.

This course introduces the C programming language features at the beginning of the semester. Topics covered include data types, control structures, standard input/output, file input/output, mathematic library, problem-solving, functions, arrays, dynamic memory, and pointers.

Why you should take this course?

You will learn to use C languages for programming Microcontrollers

You will learn the difference between these two languages

You will learn how to program a microcontroller from scratch

You will gain a strong understanding of how a Microcontroller works

You will become a master in embedded system technology

This course will provide you with a strong understanding of how Microcontrollers work.

You will also gain an insight of what programming is about.

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In Day #11 - #20 We'll go over Arduino Microcontroller in a step by step manner

In this Arduino Bootcamp you will learn Arduino in a Step By Step Manner and you will be able to do practical Projects

Why you should take this course?

You will learn Arduino in a Step By Step Manner

You will be able to do practical Projects

Learn skills like basic engineering, programming, electronics, and IoT

It is an online course with videos and downloadable information

You will develop an understanding of the fundamental principles behind interactive multimedia systems and interactive applications

Arduino is an open-source, single-board, microcontroller for building devices that can sense and control objects in the physical world. In this instructor-led, live training, participants will learn how to program the Arduino for real-world usage, such as to control lights, motors and motion detection sensors.

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In Day #21 - #30 We'll go over 8 bit PIC Microcontroller with more than 8.5 Hours of HD Content

You will enter Microcontroller world of wonders, and together we will make YOU a professional Microcontroller Geeks.

Why you should take this course?

The course contains a lot of information that is not found elsewhere and is organized in a practical, easy to follow matter

The course is practical with plenty of examples and exercises

This course will help you learn the basics of Computer Programming from scratch

Step by Step is an excellent introduction for those who have been regretfully put off by the Mathematical nature of most programming courses

Detailed information on all aspects of Microcontrollers

It covers every aspect of microcontroller interfacing, from analog signal interfacing to digital interfacing, and more

What you will Learn?

This course will teach you how to design, build, and program a microcontroller system.

You'll start with an introduction to microcontroller systems - their history, components, and architecture.

You'll learn the basics of digital logic, including binary numbers and Boolean algebra.

You'll learn how to read schematic diagrams and use a breadboard to create circuits.

Once you've mastered the basics, you can move on to more advanced topics like programming microcontrollers in C

With this knowledge under your belt, you'll be well on your way to designing next-generation electronics!

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In Day #31 - #37 We'll go over Communication Protocols

A step by step guide to Master Communication Protocols

More than 8 hours of Full HD Content | All In One Bundle to Master Communication Protocols in the Microcontroller World

What You Will Learn In This Bundle:

Creating a GUI to control Arduino and PIC Microcontroller

USB Interfacing for Different Microcontrollers

Arduino Communication with I2C Bus

Arduino Communication with SPI Bus

PIC Microcontroller Communication with I2C Bus

PIC Microcontroller Communication with SPI Bus

Why you should take this course?

This course will teach you how to effectively communicate with any microcontroller

Perfect for professionals looking to understand the underlying principles of microcontroller communication

You can learn on your own time at your own pace, this course is also accessible for beginners

You will gain a practical understanding of the basics of communicating with microclusters

You will learn about serial communication protocols

You will understand what takes place in a packet when it comes in and out of a microcontroller

You will become fluent in TCP/IP networking protocols, which are used to send data over the internet

You will become fluent in Bluetooth protocols, which are used

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In Day #38 - #44 We'll go over Circuit Design and Simulation

Everything there is to know about how to Design, Simulate Electronic Circuits, Microcontrollers, Arduino and Make a PCB

This section Consists of 136 Lectures with more than 12.5 hours of HD Video Content and supplementary material in which we cover more than four different software used to design, simulate and fabricate circuits, I can assure you that after this course you will be a professional in Circuit design and fabrication.

Why you should take this course?

The course includes everything you need to know about the electronics design process

Learn how to Design, Simulate Electronic Circuits, Microcontrollers, Arduino and Make a PCB

Learn the science of electric circuits

Programming knowledge

You will learn about Fritzing Software and Proteus Software

Get access to all instructional videos

You will get the chance to learn:

PCB Design and Fabrication using Fritzing Software

PCB Design: Master Designing Printed Circuit Board using Proteus Software

PCB Design: Make Arduino Nano using Altium Designer

3D Simulation: Microcontrollers, Electronics, Mechanism, PCB using Yenka Software

Soldering Electronic Components Like A Professional

Microcontroller Circuit Design and Simulation

Arduino Circuit Design and Simulation

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In Day #45 - #50 We'll go over 3D Design and Simulation

Learn how to create 3D Printed Enclosure for any Custom Microcontroller or electronic Board like Arduino UNO and Mega

Why you should take this course?

Develop a practical understanding of 3D modeling and 3D printing

Learn how to design a case that will house any Arduino Board you have.

Develop a practical understanding of designing custom cases to hold electronic boards, in this case Arduino boards.

Understand the importance of enclosing electronics in order to protect them from external forces.

Gain an understanding of how dimensions and axial dimensions are important in the design process.

Gain an understanding of what it takes to create a 3D model, understand constraints, and learn how to successfully print your project.

Learn about Material Properties and Filament types that can be used for various projects.

What You Will Learn:

Download and Install FREE Fusion 360

User Interface Explained

Create Your Frame using specific dimensions

Use Extrude, chamfer, split, and other techniques

Time back feature to fix mistakes

Check your design for errors

Import 3D models to use as a reference

Create cut-outs and shape cuts

Add your name and artwork

Create a 3D Motion Video for your project

You will learn by practice: You will follow my steps to create 3D Enclosure for Arduino UNO and Arduino Mega!

Provides an introduction to creating, editing, and analyzing 3D models. Develops foundational skills to work with, and navigate the digital 3D modeling workspace to create 3D objects. Examines basic elements of the 3D development of modeling, texturing, lighting, animating, and rendering.

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In Day #51 - #60 We'll go over PCB Fabrication

Learn Printed Circuit Board design using More than one software and Master the Art of PCB Design and Fabrication

This Section Consists of More than 80 Lecture with more than 6 hours of HD Video Content and supplementary material in which we cover more than four different software used to design, and fabricate PCB (Printed Circuit Board), I can assure you that after this course you will be a professional in PCB Printed Circuit Board design and fabrication.

Why you should take this course?

Learn how to design, layout, and produce a Printed Circuit Board

Save money on outsourcing PCB design work for prototyping

Learn from a professional engineer who has been designing PCBs for over a decade

Learn from the comfort of your home from the convenience of your computer

You will get the chance to learn:

PCB Design and Fabrication using Fritzing Software

PCB Design: Master Designing Printed Circuit Board using Proteus Software

PCB Design: Make Arduino Nano using Altium Designer

3D Simulation: Microcontrollers, Electronics, Mechanism, PCB using Yenka Software

This is a basic course for designing PCB using design software. PCB (Printed Circuit Board) designing is an integral part of each electronics product and this program is designed to make students capable to design their own projects PCB up to industrial grade.

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Why you should take this course?

You can learn on your own time at your own pace, this course is also accessible for beginners

Learn the skills to design, develop, test and deploy embedded systems

This course will help you master all the knowledge and skills required to become an Embedded System Engineer.

Learn in a step-by-step manner from beginner level to advanced concepts.

Take your skills to the next level by mastering more advanced topics.

Master a skill that will never expire

You don't need to know the first thing about embedded systems engineering to get started. Simply sign up for this 60-day challenge course and you will get all the knowledge, guidance, and support you need. With the help of our expert trainers, you will learn how to create embedded systems. You'll learn how to take care of your equipment, how to work in teams, and become a locksmith expert!

There is no time like the present - sign up today!

Take this course and start your journey to be an Embedded System Engineer!

No prior experience in Embedded Systems is required
You should have access to a Computer/laptop and Internet Connection
You should be ready to commit 60 days to learning and practicing
Be ready to Invent new things by making them do what you want

Anyone who wants to QUICKLY learn how to become an embedded system engineer
Geeks, University students, hobbyists who want to learn Embedded systems
Anyone who wants to learn the entire embedded system product manufacturing process from beginning to end
This is a special program for those who want to become an Embedded System Engineer
Developers that wants to gain more knoweldge
Developers that wants to gain more knoweldge
Beginners
Hobbyist
Curious Learner

Section 1 : Section 1 10 Lectures 01:13:53
Lecture 1 :
Introduction and Getting Started Preview
Lecture 2 :
Embedded System Introduction
Lecture 3 :
The Power of Search
Lecture 4 :
Download and Install C Editor and Compiler
Lecture 5 :
Write and Compile C Codes in your browser
Lecture 6 :
Download and Install Visual Studio Code To run C programs
Lecture 7 :
Write Your First C Code and Compile it
Lecture 8 :
Comments in C
Lecture 9 :
Strings and Escape characters in C
Lecture 10 :
Variables in C
Section 2 : Section 2 10 Lectures 01:53:20
Lecture 1 :
Rules in naming variable in C
Lecture 2 :
Printing Variables with Printf in C
Lecture 3 :
Reading Input from User in C
Lecture 4 :
Arithmetic Operators in C
Lecture 5 :
Uni Arithmetic Operators in C
Lecture 6 :
Bitwise Operators in C
Lecture 7 :
Bitwise Shift Operators in C
Lecture 8 :
Assignment Operators
Lecture 9 :
Logical and Relational Operators
Lecture 10 :
Conditional Statement if in C
Section 3 : Section 3 10 Lectures 01:41:34
Lecture 1 :
Conditional Statement else if and else in C
Lecture 2 :
General Rules Regarding if statement
Lecture 3 :
Conditional Statement - Switch
Lecture 4 :
Switch Statement General Rules in C
Lecture 5 :
For Loop in C
Lecture 6 :
Loops-While
Lecture 7 :
Do while Loops in C
Lecture 8 :
Break and Continue and C
Lecture 9 :
Functions in C
Lecture 10 :
Void Keyword in C
Section 4 : Section 4 10 Lectures 00:49:48
Lecture 1 :
Local Variables and Global Variables in C
Lecture 2 :
Analog Input IR sensor
Lecture 3 :
What is Arduino Raspberry Pi and PIC Microcontroller
Lecture 4 :
Quick summary of the main differences
Lecture 5 :
Hardware IO Pins Storage and USB
Lecture 6 :
Software Comparison
Lecture 7 :
Expanding Onward Capabilities
Lecture 8 :
How to decide Which one
Lecture 9 :
Hardware Power and Connectivity
Lecture 10 :
Basic Parts Requirements
Section 5 : Section 5 10 Lectures 00:40:36
Lecture 1 :
Parts needed to get the job done
Lecture 2 :
ATMEGA Introduction
Lecture 3 :
ATMEGA Connection
Lecture 4 :
Arduino Ready
Lecture 5 :
Boot-loading your chips optional
Lecture 6 :
Finish up and burn the bootloader
Lecture 7 :
How does it works
Lecture 8 :
Android Application
Lecture 9 :
Note
Lecture 10 :
Schematic
Section 6 : Section 6 10 Lectures 00:50:03
Lecture 1 :
Code
Lecture 2 :
Testing Code
Lecture 3 :
Instruction
Lecture 4 :
What you will learn in this course
Lecture 5 :
What is Arduino + Software Download
Lecture 6 :
What is Ultrasonic Sensor
Lecture 7 :
What is Servo Motor
Lecture 8 :
Software Requirements Schematic
Lecture 9 :
Arduino Code Explained
Lecture 10 :
Processing Code + Java jdk
Section 7 : Section 7 10 Lectures 00:53:22
Lecture 1 :
Basic Parts Needed for this Project
Lecture 2 :
Practical Assembly
Lecture 3 :
Software and Hardware Requirements
Lecture 4 :
How Does it Works
Lecture 5 :
Circuit Diagram
Lecture 6 :
Code Explained in Details
Lecture 7 :
Introduction for Arduino Weather Station
Lecture 8 :
Things Used in this Projects
Lecture 9 :
Things Used in this Project - Software and Web Editor
Lecture 10 :
Temperature and Humidity Sensor Wiring
Section 8 : Section 8 10 Lectures 00:44:17
Lecture 1 :
Code to Test DHT Sensors using Serial Monitor
Lecture 2 :
Code for LCD and DHT Sensor Together
Lecture 3 :
Final Code for LCD RTC and DHT Sensor
Lecture 4 :
Required Materials
Lecture 5 :
Download and Install Arduino IDE
Lecture 6 :
Circuit Diagram LCD Connection Explained
Lecture 7 :
Circuit Diagram Continue
Lecture 8 :
How does it work
Lecture 9 :
Code Overview
Lecture 10 :
Code Explanation
Section 9 : Section 9 10 Lectures 00:44:54
Lecture 1 :
How does it work
Lecture 2 :
Circuit Diagram
Lecture 3 :
Arduino Alarm Clock Code Part1
Lecture 4 :
Arduino Alarm Clock Code Part2
Lecture 5 :
Arduino Alarm Clock Practical Assembly
Lecture 6 :
Wireless Power Introduction History and efficiency chart explained
Lecture 7 :
How wireless power work
Lecture 8 :
Why We need wireless electricity
Lecture 9 :
Advantages and disadvantages
Lecture 10 :
Range of Witricity and Witricity Applications
Section 10 : Section 10 10 Lectures 00:39:20
Lecture 1 :
How Safe is Wireless electricity
Lecture 2 :
Wireless Powered Arduino Project
Lecture 3 :
Let_s Build IT
Lecture 4 :
Code and troubleshooting
Lecture 5 :
How Does This Circuit Work
Lecture 6 :
Course Requirements
Lecture 7 :
Download and Install Arduino
Lecture 8 :
Assembly
Lecture 9 :
The Code
Lecture 10 :
Introduction
Section 11 : Section 11 10 Lectures 00:42:46
Lecture 1 :
How to install Proteous Professional
Lecture 2 :
How to Install MikroC Pro for PIC Programming
Lecture 3 :
Overivew and The software to be used
Lecture 4 :
Compilation Process and Your First C Project
Lecture 5 :
How to increase the font size in the Programming environment
Lecture 6 :
Why C and Basic Program Structure
Lecture 7 :
Variables
Lecture 8 :
Statements and Operators
Lecture 9 :
LOOP Statements
Lecture 10 :
Conditions if and switch
Section 12 : Section 12 10 Lectures 00:46:55
Lecture 1 :
Numbering System
Lecture 2 :
Using Operators
Lecture 3 :
Using Functions
Lecture 4 :
Digital inputs and Delay loops
Lecture 5 :
PIC Manufacture Microship Company
Lecture 6 :
Programming PIC and Circuit Prototyping
Lecture 7 :
PIC Architecture and PIC Families
Lecture 8 :
Harvard Architecture vs Von Neoman Architecture
Lecture 9 :
PIC16F84 Microcontrollers Explained
Lecture 10 :
Single Word Instructions
Section 13 : Section 13 10 Lectures 00:55:43
Lecture 1 :
Pin Discription and Ocillator Types
Lecture 2 :
System Reset
Lecture 3 :
Ports
Lecture 4 :
PIC Architecture 2 Ports and Registers
Lecture 5 :
Status Register
Lecture 6 :
Option Register
Lecture 7 :
Banking Mechanism
Lecture 8 :
SFRS and GPRS
Lecture 9 :
Memory Organization
Lecture 10 :
First Project in Proteus
Section 14 : Section 14 10 Lectures 01:05:17
Lecture 1 :
First Project in MikroC
Lecture 2 :
How to deal with PIC Ports + First Code
Lecture 3 :
Necessary Connections
Lecture 4 :
Simple LED example to get things on the right track
Lecture 5 :
Flasher circuit PIC Microcontroller
Lecture 6 :
Lighting Led Follower Example
Lecture 7 :
Control Led using Push Button
Lecture 8 :
Controlling Seven Segment using BCD Counter PIC Microcontroller
Lecture 9 :
Controlling LCD using PIC Microcontroller
Lecture 10 :
Display and Move Text on LCD
Section 15 : Section 15 10 Lectures 01:04:50
Lecture 1 :
Stepper Motor Control
Lecture 2 :
Dot Matrix Control
Lecture 3 :
Keypad Interface and control with PIC Microcontroller
Lecture 4 :
Analog To Digital Conversion
Lecture 5 :
ADC Module in PIC16F877A
Lecture 6 :
ADC Module Configuration Bits and Example
Lecture 7 :
Interrupts and External Interrupt Source
Lecture 8 :
PortB Line Change Interrupt Source
Lecture 9 :
EEPROM Data Write Interrupt
Lecture 10 :
Interrupt Handlers and INTCON Register
Section 16 : Section 16 10 Lectures 00:50:03
Lecture 1 :
Option Register
Lecture 2 :
Programming the External Interrupt RBO Example
Lecture 3 :
PortB 4 7 Status Change Interrupt
Lecture 4 :
RBO and RB4-7 Interrupt Example
Lecture 5 :
Serial Communication Introduction and Basics
Lecture 6 :
Synchronous Serial Transmission and RS232
Lecture 7 :
Essential Concepts in Serial Communication
Lecture 8 :
PIC TO PIC And PIC TO PC Communication
Lecture 9 :
Serial Communication Example PIC TO PC
Lecture 10 :
Timers and Counters
Section 17 : Section 17 10 Lectures 01:03:04
Lecture 1 :
Timer0 Interrupt
Lecture 2 :
Delay Using Timer0
Lecture 3 :
Timer0 Interrupt Programming Delay Loops
Lecture 4 :
Interrupt Driven Timers
Lecture 5 :
Timers0 as a Counter
Lecture 6 :
Experiment #4 Some Logic Functions Design
Lecture 7 :
Experiment #5 Delay Loops Applications Flasher_Counter_Push Buttons
Lecture 8 :
Experiment # 6 7 segment Interface with PIC Microcontroller_Counter Application/
Lecture 9 :
Experiment #7 LCD Interface with PIC Microcontroller
Lecture 10 :
Experiment #8 Keypad Interface with PIC
Section 18 : Section 18 10 Lectures 01:01:21
Lecture 1 :
Experiment #9 Analog Digital Conversion
Lecture 2 :
Experiment #10 Unipolar Stepper Motor Control
Lecture 3 :
Experiment #11 Dot-Matrix Display
Lecture 4 :
Experiment #12 Serial Interface with PIC Microcontroller
Lecture 5 :
Voltage Current and Resistance
Lecture 6 :
Types of current
Lecture 7 :
Types of Circuits
Lecture 8 :
Volt Ohm Meter Basic
Lecture 9 :
Measuring Voltage
Lecture 10 :
Measuring Current
Section 19 : Section 19 10 Lectures 01:35:36
Lecture 1 :
Circuit Diagram Basics and Basic Symbol
Lecture 2 :
Introduction To Resistor and Color Band Coding
Lecture 3 :
Power Dissipation and Parallel and Series Resistors
Lecture 4 :
Ohms Law
Lecture 5 :
Introduction To Capacitors
Lecture 6 :
Capacitors Behavior and Series and Parallel
Lecture 7 :
Introduction to Inductor
Lecture 8 :
Introduction to Diode Zener and LED
Lecture 9 :
What is 12C
Lecture 10 :
Things Your Need to Know about 12C
Section 20 : Section 20 10 Lectures 01:19:48
Lecture 1 :
Advantages to 12C
Lecture 2 :
Disadvantages to 12C
Lecture 3 :
12C Bus Operation
Lecture 4 :
Operation Explained in More Details
Lecture 5 :
12C Pins in Arduino
Lecture 6 :
Arduino Wire Library 12C Functions
Lecture 7 :
Arduino to Arduino 12C Example Circuit Design
Lecture 8 :
Arduino to Arduino 12C Example Coding
Lecture 9 :
Arduino to DS1307 Time and Date Module Circuit Design
Lecture 10 :
I2C Library Routines
Section 21 : Section 21 10 Lectures 01:20:47
Lecture 1 :
Circuit Design for I2C Testing
Lecture 2 :
Coding Simple Example
Lecture 3 :
Reading Data from DS1307 Time and Date IC
Lecture 4 :
What is SPI
Lecture 5 :
SPI Working Principle
Lecture 6 :
SPI Library in MikroC Pro IDE
Lecture 7 :
Circuit Design
Lecture 8 :
Coding
Lecture 9 :
Arduino SPI Pins
Lecture 10 :
Arduino SPI Library
Section 22 : Section 22 10 Lectures 01:16:49
Lecture 1 :
Circuit Design Arduino to Arduino SPI Communication
Lecture 2 :
Coding Master
Lecture 3 :
Coding Slave
Lecture 4 :
Introduction to the USB World
Lecture 5 :
Advantages of USB Communication
Lecture 6 :
USB Pin-out Port Wiring
Lecture 7 :
USB Transfer speeds
Lecture 8 :
USB Device Classes
Lecture 9 :
Introduction to Descriptors
Lecture 10 :
Creating a descriptor file in MikroC
Section 23 : Section 23 10 Lectures 01:06:05
Lecture 1 :
Creating a descriptor file in MikroC - Practical
Lecture 2 :
USB Libraries HID Enable
Lecture 3 :
USB RAM
Lecture 4 :
USB Functions
Lecture 5 :
Circuit Design for First Example
Lecture 6 :
Installing the Virtual USB Port Feature to enable Simulation
Lecture 7 :
First Example Send and Receive Data
Lecture 8 :
What is a GUI
Lecture 9 :
Microsoft Visual Studio
Lecture 10 :
Proteus Virtual USB Installation
Section 24 : Section 24 10 Lectures 01:19:00
Lecture 1 :
Different Communication Methods that Can be used
Lecture 2 :
What is Serial Communication and RS232
Lecture 3 :
How To Create Your First GUI Project Quick Intro
Lecture 4 :
Circuit Design for Two Leds Controlled by PIC Microcontroller
Lecture 5 :
Code Your Microcontroller to Send and Recieve Serial Data
Lecture 6 :
Create Your First GUI to Control Two Leds
Lecture 7 :
Control PIC Microcontroller using GUI
Lecture 8 :
Download and Install Proteus Software
Lecture 9 :
Download and Install MikroC Software
Lecture 10 :
Download and Install Arduino Software
Section 25 : Section 25 10 Lectures 01:06:26
Lecture 1 :
Download and Install Fritzing Software
Lecture 2 :
Download and Install Microsoft Visual Studio
Lecture 3 :
Hardware and Software Requirements
Lecture 4 :
What is ESP32
Lecture 5 :
ESP Board Overview
Lecture 6 :
ESP 32 Pinout v1 DOIT
Lecture 7 :
Download and Install Arduino IDE
Lecture 8 :
ESP8266 Download and Install Arduino ESP and USB Driver
Lecture 9 :
ESP32 v1 Download and Install Arduino Development environment
Lecture 10 :
Load your First Code to ESP32 Board
Section 26 : Section 26 10 Lectures 01:01:36
Lecture 1 :
Blinking a LED
Lecture 2 :
Control Built In Touch Sensor with LED
Lecture 3 :
Dealing with Analog Signals
Lecture 4 :
What is SMTP Server
Lecture 5 :
Install ESP32 Mail Library for Arduino
Lecture 6 :
Create a New Email Account to be used as Sender
Lecture 7 :
SMTP Server Settings
Lecture 8 :
Coding the ESP32 Email Alert Project
Lecture 9 :
Practical Testing
Lecture 10 :
Sensor Alert via Email
Section 27 : Section 27 10 Lectures 01:21:08
Lecture 1 :
What is a Web Server
Lecture 2 :
ESP32 Operating Modes
Lecture 3 :
Circuit Design
Lecture 4 :
Understanding how esp32 work as a server
Lecture 5 :
Coding WiFi and Webserver settings
Lecture 6 :
Coding HTTP Requests and Server Start
Lecture 7 :
Coding Client Methods
Lecture 8 :
Writing HTML Code for Webpages
Lecture 9 :
Practical
Lecture 10 :
Hosting Your Website
Section 28 : Section 28 10 Lectures 01:25:02
Lecture 1 :
Creating SQL table
Lecture 2 :
PHP Script to Insert Data in Database
Lecture 3 :
PHP Script to Display Readings
Lecture 4 :
Coding ESP Part2
Lecture 5 :
Practical Live Demonstration
Lecture 6 :
Add Actual Sensors and display Reading on Webpage
Lecture 7 :
What You Will Learn in this Course
Lecture 8 :
Software used in this course
Lecture 9 :
Download and Install The Software
Lecture 10 :
User Interface Quick Introduction
Section 29 : Section 29 10 Lectures 00:59:14
Lecture 1 :
Practical Work First Experiment Simple Led ONOFF Circuit using switches
Lecture 2 :
Flowcharts Introduction and Example
Lecture 3 :
Flowcharts Subroutine Example
Lecture 4 :
Flowcharts and Microcontrollers Intro
Lecture 5 :
7 Segment Counter Example
Lecture 6 :
Using 3D Multimeter and Graphs for Circuit Testing
Lecture 7 :
Mechanism and Mechanical Parts
Lecture 8 :
Download and Install Simulation Software
Lecture 9 :
Interface Explained
Lecture 10 :
Interface Menu Explained in Details
Section 30 : Section 30 10 Lectures 01:14:50
Lecture 1 :
Main Window Commands
Lecture 2 :
Simulation Boards MCLab1 For PIC16F84, PIC16F628 or PIC16F648
Lecture 3 :
Simulation Boards PIC Genios Board and Arduino Board
Lecture 4 :
Playing with Code Examples with Different Compilers
Lecture 5 :
Buttons and LEDs Reading Input and Writing Output
Lecture 6 :
LCD Interfacing and Simulation
Lecture 7 :
Relay Interfacing with PIC Microcontroller
Lecture 8 :
7 Segment Simulation
Lecture 9 :
Buzzer Temperature Fan Heater and PWM Simulation Components
Lecture 10 :
Download And Install Software Free
Section 31 : Section 31 10 Lectures 00:47:05
Lecture 1 :
Getting Started
Lecture 2 :
Customizing Parts
Lecture 3 :
Schematic
Lecture 4 :
Exporting your design as Image or PDF
Lecture 5 :
Making PCB Part1
Lecture 6 :
Making PCB Part2
Lecture 7 :
Cleaning Board
Lecture 8 :
Finishing Board and Making it yours
Lecture 9 :
Making a more advance random schematic design
Lecture 10 :
Print PCB Design on Heat Paper
Section 32 : Section 32 10 Lectures 00:55:45
Lecture 1 :
PCB Board Cleaning and Etchin
Lecture 2 :
Drilling
Lecture 3 :
What You will learn
Lecture 4 :
Introduction Prestart Definitions
Lecture 5 :
Installing the Required Software Proteus
Lecture 6 :
Basic introduction to Proteus ISIS interface and Tools
Lecture 7 :
Design Draw and Test your First Simple Circuit
Lecture 8 :
Introducing Some Techniques to Master ISIS
Lecture 9 :
Create Your Own Electric Element in ISIS Proteus
Lecture 10 :
Design Draw and Test a more advanced Circuit
Section 33 : Section 33 10 Lectures 01:10:59
Lecture 1 :
Basic Introduction to ARES interface and tools
Lecture 2 :
Preparing ISIS Circuit Design to be moved to ARES
Lecture 3 :
Placing Elements the right way in ARES
Lecture 4 :
Start Routing in Different Ways
Lecture 5 :
Finalize Your Circuit for mass production
Lecture 6 :
Printing Your design on Heat paper
Lecture 7 :
Course Contents
Lecture 8 :
How to Solder
Lecture 9 :
Things you need to start soldering
Lecture 10 :
Things to Consider when Choosing Soldering Irons
Section 34 : Section 34 10 Lectures 00:40:52
Lecture 1 :
Soldering Accessories
Lecture 2 :
Soldering Steps Step One Preparation
Lecture 3 :
Soldering Steps Step Two Tinning
Lecture 4 :
Soldering Steps Step Three Soldering
Lecture 5 :
Tips and Tricks
Lecture 6 :
Examples of Bad Soldering
Lecture 7 :
Practical Example of Good soldering and Bad soldering
Lecture 8 :
Practical Soldering Iron Practical
Lecture 9 :
Lets Try Soldering
Lecture 10 :
Cleaning Your Soldering Iron
Section 35 : Section 35 10 Lectures 00:32:58
Lecture 1 :
Practical How to clean soldering tip
Lecture 2 :
Practical How to solder correctly
Lecture 3 :
Practical Soldering
Lecture 4 :
What is a Training Kit
Lecture 5 :
How training kits make your programming, wiring and testing an easy job
Lecture 6 :
What are the main components that must be in the training kit
Lecture 7 :
What are the extra components that you can be added
Lecture 8 :
What is Printed Circuit Board Design
Lecture 9 :
What is the best software to do that
Lecture 10 :
How to start Designing your kit
Section 36 : Section 36 10 Lectures 00:53:46
Lecture 1 :
Adding power circuit with protection
Lecture 2 :
Making PCB Part1
Lecture 3 :
Making PCB Part2
Lecture 4 :
Final PCB
Lecture 5 :
Finishing the board
Lecture 6 :
Buying items online and End of the Course
Lecture 7 :
Installing Arduino Library For Proteus
Lecture 8 :
Downloading and Installing Proteus Software
Lecture 9 :
Adding Arduino Library to Proteus
Lecture 10 :
Downloading and Installing Arduino Coding Software
Section 37 : Section 37 10 Lectures 01:06:23
Lecture 1 :
Your First Code in Arduino Coding Software
Lecture 2 :
Editing the code and Getting the Hex File
Lecture 3 :
Load the hex file and Run the Simulation
Lecture 4 :
Download and Installing Altium Designer
Lecture 5 :
Altium Designer Interface Introduction
Lecture 6 :
Create Component Symbol _ Add Pins
Lecture 7 :
Finishing the Schematic
Lecture 8 :
Creating Your Componenets Symbol - Making Footpring and PCB Layout
Lecture 9 :
Link footprint with Schematic Library
Lecture 10 :
Adding the new Library File to your Design
Section 38 : Section 38 10 Lectures 01:35:30
Lecture 1 :
Creating the Atmega Component Symbol
Lecture 2 :
Creating the Atmega PCB Footprint
Lecture 3 :
Adding Components and Placing them on Schematic
Lecture 4 :
ATMEGA Schematic Connection
Lecture 5 :
USB Connector Schematic
Lecture 6 :
Header Pins for Nano Board
Lecture 7 :
Adding Resistors LED Indicators Voltage Regulator
Lecture 8 :
Annotating and Compiling Project
Lecture 9 :
Getting Started with the PCB Design Solve Errors
Lecture 10 :
Drawing The Board Shape
Section 39 : Section 39 10 Lectures 01:25:12
Lecture 1 :
Placing PCB Items Atmega and Headers
Lecture 2 :
ICSP SWITCH Resistor array crystal microusb
Lecture 3 :
FTDI Regulator Capacitors
Lecture 4 :
Manual Routing
Lecture 5 :
AutoRouting
Lecture 6 :
How to make the autorouting work for you
Lecture 7 :
Improve AutoRouting Trial and Error
Lecture 8 :
Greber File and Bill of Material
Lecture 9 :
Introduction and Required Components
Lecture 10 :
Schematic
Section 40 : Section 40 6 Lectures 00:25:34
Lecture 1 :
Download and install Pinguino IDE
Lecture 2 :
Download Bootloader File
Lecture 3 :
Burn Hex File of Bootloader to Microcontroller
Lecture 4 :
Drivers
Lecture 5 :
First EXAMPLE Blink A LED
Lecture 6 :
Now Build your own Pinguino

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Ashraf Al Madhoun,

10428 Course Views

124 Courses

My passion is inspiring people through online courses. I love learning new skills, and since 2007 have been teaching people like you everything I know. Through my online learning business, Educational Engineering School, I create courses that teach you how to become the better version of yourself with all kinds of skills. What would you like to learn? Would you like to make money being an Embedded System Developer? Would you like to build your own 6-figure business? Would you like to learn how to code, circuit design or solder electronic components? Would you like to make better projects? Would you like to start an embedded system career, create great projects, kick start an idea, program, simulate, and create PCB Boards, launch a freelance career? If you want to do any of these things, just enroll in the course. You have a 30-day money back guarantee if you don't like it. And I'm always improving my courses so that they stay up to date and the best that they can be. Check them out, and enroll today!