Embedded Systems Essentials with Arm
Offered By: Arm Education via edX
Course Description
Overview
Embedded systems engineers are in demand, thanks to the emergence of disruptive technologies like Artificial Intelligence (AI) and the 5G powered Internet of Things (IoT). What’s more, embedded systems are the building blocks of our connected world and Arm-based technologies are the industry standard. Any aspiring engineer looking to unlock the limitless potential of the Fifth Wave of Computing will need to have a fundamental understanding of this important subject area.
The Arm EducationX Embedded Systems Essential Program will provide you with the foundational skills required to begin your embedded systems design and programming career. It is aimed at those familiar with computer or electrical engineering principles at an undergraduate level and with a basic understanding of a programming language such as C/C++.
With over 180 billion Arm-based chips shipped to date, and a record 6.7 billion Cortex-M processors shipped in the fourth quarter of 2020, Arm continues to play a leading role in the development and popularisation of embedded devices. If you’re looking to level-up your skills in this area, then this Program is the ideal place to begin your learning journey.
In Part 1 of the Program, we’ll give you an overview of the characteristics of an embedded system – its components, benefits and constraints. All of this will be supported by Arm’s Mbed API – you can download and use the Mbed simulator on your own computer to quickly get started with prototyping and building your microcontroller projects without the need for hardware.
You’ll then apply your new knowledge of digital and analog I/O, interrupts, low power features, timer and pulse width modulation to program an audio wave generator and audio player, and control peripherals along the way.
Part 2 of the Program will build upon the knowledge acquired in the first course and combine this with new foundational skills focusing on Real-Time Operating Systems (RTOS) and Serial Communication as they’re applied to Arm Cortex-M microcontrollers. During the course, we’ll introduce you to practical lab exercises using the popular and affordable ST Nucleo F401RE board, enabling you to obtain real-world experience in implementing these key concepts, We’ve partnered with ST Microelectronics to ensure you get easy access to all the materials you’ll need to build your hardware-based embedded systems applications. Visit our course page to find out more.
We’ll show you how to create applications including a user interface, temperature sensing system and a music player – with ideas to develop each further. By the end of the course, you’ll have an understanding of how to develop your own embedded systems application on industry-standard, Arm-based hardware.
The world of embedded systems is your door into IoT, and all the opportunities it has to offer. Kickstart your embedded systems career by enrolling in the Arm EducationX Embedded Systems Essential Program.
Syllabus
Course 1: Embedded Systems Essentials with Arm: Getting Started
Get practical without hardware. Quickly prototype and build microcontroller projects using industry-standard APIs.
Course 2: Embedded Systems Essentials with Arm: Get Practical with Hardware
Spark your creativity with Arm. Level up your Embedded Systems skills by developing working embedded prototypes using the Mbed API and an Arm-based development board, and unlock the boundless opportunities of the Internet of Things.
Courses
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Embedded systems are everywhere – and Arm-based technologies are the industry standard. Getting started could not be easier. This course includes instructions on how to access to an Mbed simulator (refer to the prerequisites section for more details) so you can apply your new knowledge and skills to prototype and build real-world embedded applications quickly, without the trouble or expense of sourcing hardware.
From the mobile, wearable, and smart devices of today to the transformative Artificial Intelligence (AI) and 5G powered Internet of Things (IoT) of the near future, embedded systems are the fundamental building blocks of our connected world. As we move from billions to trillions of intelligent, connected devices, it’s crucial that the next generation of engineers have a thorough understanding of how to rapidly build and deploy a modern embedded system solution.
In this course, you will learn the fundamentals of an embedded system and discover why the Arm architecture and processors are particularly well suited for IoT applications.
Our interactive labs have been designed to cover the technical fundamentals, developing in-demand skills essential for any aspiring embedded systems engineer.
You will begin by learning the characteristics of an embedded system, its components, benefits, and constraints, identify cost-performance trade-offs, and explore why the Arm architecture and processors are particularly well suited for the IoT.
You will then apply your new knowledge of digital and analog I/O, interrupts, low power features, timer and pulse width modulation to program an audio wave generator and audio player, and control peripherals along the way.
All of this will be supported by the Mbed API – so no additional hardware is required, you can download and use the simulator right on your own computer.
Over the six modules, you will gain a key overview of:
- Embedded systems and their importance in modern computing applications
- Industry-standard Arm-based microcontroller architecture, their features and programming models.
The possibilities for future IoT development and connection are enormous. In order to achieve this vision of the future, many engineers and developers will be needed to imagine and design these connected devices and the technologies they are built on.
The world of embedded systems is your doorway into the IoT, and all the opportunities it has to offer.
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Embedded systems are the fundamental building blocks of our connected world, and Arm-based devices are the industry standard. This course will provide you with the practical skills and confidence to build your own embedded system using the popular and affordable ST Nucleo F401RE development board.
You can purchase all the bill of materials required for the course directly from our technology partner STMicroelectronics: https://www.st.com/content/st_com/en/campaigns/educationalplatforms/embedded-arm-edx-edu.html
Connected home appliances, biomedical devices, autonomous vehicles and IoT applications all rely on real-time operating systems (RTOS) to manage multiple digital and analog inputs, and efficient communication protocols to handle the transfer of data between peripherals and a microcontroller. By enrolling in Embedded Systems Essentials with Arm: Get Practical with Hardware , you will discover why these are powerful tools for any aspiring Embedded Systems designer.
You’ll begin by obtaining an understanding of the basic principles of serial data communication and learn how to implement synchronous and asynchronous serial links on the ST Nucleo F401RE board. You’ll then be introduced to the powerful multitasking capabilities of RTOS. Using this new-found knowledge, you'll discover how to manage microcontroller peripherals in a concurrent manner, utilizing threads and other RTOS capabilities.
Along the way, you'll get access to practical lab exercises using the ST Nucleo F401RE board , so you can obtain real-world experience in implementing these key concepts on an Arm-based microcontroller.
This is the 2nd course in our Embedded Systems Essentials Program. The 1st course – Embedded Systems Essentials: Getting Started – focuses on using a simulated microcontroller using the Mbed API. In this second course, you’ll get hands-on experience working with a development board building embedded systems applications, and it can be taken independently of the first.
As we continue to create increasingly complex IoT applications, driven by the advances of Artificial Intelligence and 5G, the next generation of developers will need to have a practical understanding of these processes on Arm-based microcontrollers. Upon completion of this course, you will have taken your next step into the exciting future of computing.
Taught by
Mark Allen, Tim Wilmshurst, Khaled Benkrid and Shuojin Hang
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