ARM Processor A to Z (Introduction, Part 1)

Journey in ARM Cortex-M3 and ARM Cortex-M4 processors (Part 1)

Created byMohamed Saleh

Last updated 8/2015

English

What you'll learn

Know the ARM Cortex-M processors family and their advantages
Understand the application of ARM Cortex processor
Able to find the resources for using ARM processor and ARM micro-controllers
Understand the concept of software developing and it's flow
Introduction to CMSIS

Course content

3 sections • 15 lectures • 53m total length

Welcome2:48
Introduction to ARM processor course3:24
You'll learn in this lecture about AAME certificate and you'll get insight about the course overall
learning Tips3:21
This lecture is based on online course called "Learn How To Learn". I included this lecture to provide useful tips to help you in the process of your learning and enrich your experience

What's ARM Cortex-M processor?4:06
You'll take overview about Cortex-M processor and difference between Cortex-M3 and Cortex-M4 processor, You'll also get introduced to Cortex-M0, Cortex-M0+ and Cortex-M1. Definition of internal registers, data paths and bus interfaces. At the end of the lecture: I'll define some acronyms that are commonly used through the course.
Cortex-M processor supplementary reading1:19
Cortex-M processor basics
What's Microcontroller?3:20
You'll learn in this lecture the meaning of microcontroller and some of microcontroller vendors. And what are the factors you should consider when you select microcontroller to meet your application.
Microcontroller introduction1:08
Advantages and application of Cortex-M processor5:38
You'll get insight about advantages and application of Cortex-M processor and why this amazing processor became the most popular processor in the market.
Resources and history of ARM processor6:01
Cortex-M processor Basics follow Quiz
Tour inside typical microcontroller3:29
Microcontroller based on Cortex-M processor
How to start software development?3:52
Software development flow and compiling your application9:26
Notes1:36

Requirements

Passion and enthusiasm
Patience
Ability to learn and comprehend

Description

****************************************COURSE OUTDATED*******************************

We're living in the era of embedded technology where we rely daily on embedded systems in everything in our lives like home appliances, cell-phones, robots, cars, printers and much much more.

This course can change your life and career as embedded market is growing too fast and the need for trained accredited engineers is increasing.

This part along with up-coming parts is considered as embedded systems diploma qualifies you to take AAME (ARM Accredited Micro-controller Engineer) accreditation. In this part I'll introduce you to ARM technology and the tools you're going to need in the learning process.

All lectures are taught and edited in HD eye catching videos to ease the learning and simplify the material as much as possible. While putting the course material together I kept in mind to make this course informative, organized and joyful to keep you interested to grasp more knowledge about this technology.

Also, I kept in mind that the whole parts series are made to take you from just a very beginner with absolutely zero experience about embedded systems to expert, qualified engineer.

Who this course is for:

Undergraduate engineers who would like to understand embedded systems
Graduate engineers who would like to pursuit career in embedded systems
Who would like to take AAME ( ARM Accredited Microcontroller Engineer) Certificate
Engineers who wants to shift their career into embedded systems development
Hobbyist who wants to go deeper into embedded systems world and jump into specific details

ARM Processor A to Z (Introduction, Part 1)

What you'll learn

Explore related topics

Course content

Welcome and introduction3 lectures • 10min

ARM Processor Cortex-M intro.10 lectures • 40min

CMSIS Introduction2 lectures • 5min

Requirements

Description

Who this course is for: