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Embedded Software: The Best Courses Available Online

Online Courses for Embedded Software

By definition, embedded software is programming written to control a device that most people don’t think of as a computer. You can find this type of technology almost everywhere now, from the toaster on your counter-top in your kitchen to the car in your driveway and the complex weaponry of the military. Embedded software programming can be simple or complex, just like the equipment where it’s found.

Quick Navigation
How We Chose Our Ratings
Top 7 Best Embedded Software Courses Available Online
1. Mastering Micro controller With Embedded Driver Development From Fast Bit Embedded Brain Academy
2. Introduction to Cypress PSoC 4 With PSoC 4 Pioneer Kit From Javier Martinez
3. Embedded Systems Design Using Flowcode From Scratch From Electro Educators
4. Embedded Systems – Shape the World: Microcontroller Input/Output, Parts 1 and 2, From the University of Texas at Austin
5. Introduction to Embedded Systems Software and Development Environments From the University of Colorado Boulder
Buyer’s Guide
Concluding Remarks

Because the software is built into the machine at the time of production, it’s written specific to the equipment it will operate. That means that the embedded software in your refrigerator is completely different from that in your child’s toy car. Therefore, companies need people on staff who can write these programs for the particular products they sell.

Embedded software also captures the imagination of hobbyists who just want to know how things work. Teachers and parents are finding ways to use this technology to teach students about the world around them and all the unexpected places in which you find computers. As the uses expand, the demand grows, and more people are interested in learning how to write code like this. The end result is that online opportunities to learn about embedded software abound for professionals and amateurs alike.

As a result of this new interest, embedded software is a field on fire with opportunities for those who are willing to learn. If you’re looking to gain entry into this exploding industry, either as a hobby or a career, you’ll need some specialized training. The good news is that you can find high quality learning opportunities online without spending a fortune if you know what to look for and how to decide what’s right for you.

How We Chose Our Ratings

We want to be sure we present you with a complete, honest, and accurate look at the embedded software courses available to you. In compiling our ratings, we took into account the reviews and testimonials of students who actually took the classes themselves. We also compared the material covered, the reputation of the school or learning institution, materials required, and any prerequisites for enrolling. With all of this under advisement, we believe we’ve reached our goal of providing you with a range of options that you can feel confident about as you begin your search for online classes on embedded software.

Top 7 Best Embedded Software Courses Available Online

1. Mastering Micro controller With Embedded Driver Development From Fast Bit Embedded Brain Academy

Mastering Microcontroller With Embedded Driver Development From FastBit Embedded Brain Academy

Topics Covered

This course tops the list mainly because the content is the most thorough and in-depth of any course we reviewed. With 15 learning objectives covering MCU peripherals, driver development, clocks, serial protocols, and so much more, you won’t find a better value for your dollar than this course.

Prerequisites

A basic knowledge of C coding and micro controller is helpful, but it’s not a strict requirement. Because it covers so much material, this course is good for beginners but also those with an advanced level of knowledge.

Schedule

This course is completed at your own pace. You work your way through 260 lectures spanning 17.5 hours of material.

Materials Used

This class uses a STM32F407xx based Discovery board to facilitate the learning, allowing you to get hands-on with the concepts rather than just listening to or view a lecture.

Target Audience

Professionals, hobbyists, and students who are looking to gain a full understanding of the topic rather than just learning shortcuts will get the most from this course.

By the end of the course

You will be able to write your own driver APIs using the peripheral registers of the MCU.

Rating

2. Introduction to Cypress PSoC 4 With PSoC 4 Pioneer Kit From Javier Martinez

Introduction to Cypress PSoC 4 With PSoC 4 Pioneer Kit From Javier Martinez

Topics Covered

More specialized than the Embedded Brain Academy course, this class focuses on getting familiar with the PSoC Creator environment. It covers HW development, programming and debugging, LEDs, counters, and more, in addition to creating flow programs.

Prerequisites

No actual knowledge or experience is required to be successful; you only need a desire to learn and the time to commit.

Schedule

This course is completed at your own pace. You get three hours of material divided into 25 lectures.

Materials Used

You’ll need a PSoC 4 Pioneer Kit and a personal computer to complete the modules.

Target Audience

Professionals, hobbyists, and any other students with a desire to learn will benefit from this class.

By the end of the course

You will be able to debug an application and program in C. You will also be able to add HW components to the PSoC Creator.

Topics Covered

3. Embedded Systems Design Using Flowcode From Scratch From Electro Educators

Embedded Systems Design Using Flowcode From Scratch From Electro Educators

Topics Covered

You’ll learn in this course about the processor and exception model for ARM Cortex processors, reading chip temperature using ADCs, understanding analog and digital converters, and more. This class features 10 objectives for the learner.

Prerequisites

To be successful, the nature of this course requires that students have a basic understanding of embedded systems and C programming.

Schedule

This course has a more manageable structure than some of the others. The 42 lectures are organized into eight sections. It takes about 15 hours to complete the material.

Materials Used

No materials are required for this learning opportunity.

Target Audience

Anyone interested in learning more about embedded controls systems, Serial, Flowcode, and Labview will enjoy this course.

By the end of the course

You will be able to design and develop an embedded control system using micro controllers.

Rating

4. Embedded Systems – Shape the World: Microcontroller Input/Output, Parts 1 and 2, From the University of Texas at Austin

Embedded Systems – Shape the World Microcontroller Input Output, Parts 1 and 2, From the University of Texas at Austin

Topics Covered

In this two-part series, you will learn how to use embedded systems to solve problems you encounter every day. Modular design, abstraction, C programming, and finite state machines are covered in depth, among other topics. While the course itself is free, you can get a Verified Certificate for a fee after successful completion, which may be helpful to add to your resume.

Prerequisites

While there are no official perquisites to enroll, the instructors do caution that this is an intermediate level class, so beginners may want to look for a class that covers the basics before signing up for this one.

Schedule

Unlike others on this list, this course has defined start and end dates. It lasts for eight weeks, and the instructors estimate that the work requires eight to 10 hours per week.

Materials Used

The course uses a Texas Instruments TM4C123 microcontroller kit with an ARM Cortex-M4 processor and other components. Purchasing and downloading instructions are provided at registration.

Target Audience

Since this course is meant to be a broad overview rather than a more detailed approach, it’s a good choice for anyone who just wants a greater understanding of embedded software.

By the end of the course

You will be able to build your own traffic controller from the ground up.

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5. Introduction to Embedded Systems Software and Development Environments From the University of Colorado Boulder


Introduction to Embedded Systems Software and Development Environments From the University of Colorado Boulder

Topics Covered

This is the second of a two-part series covering the management and development of embedded software configuration and applications. You will use hardware tools to program and debug microcontrollers.

Prerequisites

Learners who have some background in computer engineering and software design will benefit most from this class.

Schedule

The self-paced modules of 10 videos take most students five to six weeks to complete.

Materials Used

This class does not require any type of hardware.

Target Audience

This course is intended for those who work in the field of information technology who want to expand their career options into the field of embedded software.

By the end of the course

You will be able to make your own build system along with the firmware to manipulate the memory.

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Buyer’s Guide

Choosing the best training is a matter of knowing what you want to get out of the class. Learners are usually looking for one of two types of experiences. The first group is people who want to know how to create software that controls something else, either as a hobby or as a professional pursuit. The second type of student is looking to learn how things already in existence work. He or she wants to understand the “brains” of a device or a piece of equipment, either to satisfy personal curiosity or to improve on work projects.

If you want to make your own software to control another piece of equipment or process, you can probably get what you need from a course designed for the hobbyist. These classes have very few, if any, prerequisites, and they don’t require much in the way of equipment. You should also look into online forums and communities for those who share your interest at this level. So much learning can come from sharing ideas and experiences with these like-minded individuals.

If you are someone who wants to learn how the existing technology works in everyday products, then you’re looking for a more in-depth understanding. You probably work in information systems or a related field and want to expand your knowledge of embedded software. In that case, you want to make sure you have a few basics covered. Here are four tips to prepare you for your online course in embedded software:

  1. Learn C as a primary language. It’s necessary to understand and create most forms of embedded software.
  2. Do some reading to brush up on your working knowledge of basic consumer electronics. Learning embedded software comes much easier if you understand the principles behind current, resistance, voltage, and similar concepts.
  3. Make sure you have the basic tools you’re going to need. At minimum, you want to have on hand a logic analyzer, a digital multimeter (DMM), a soldering iron, and a hardware debugger. You’ll find many different versions of these pieces on the market, so do your research and find the one that best fits your budget and your needs.
    • A logic analyzer is used to help you see and understand the relationships between the signals in a particular system. This function is very helpful for students, especially those who are new to embedded software.
    • A digital multi meter measures electrical terms like current and voltage. This tool has been a staple for engineers of all kinds for years.
    • A soldering iron for joining pieces of your project together in a way that allows electricity to still flow through them.
    • A hardware debugger can reprogram a system for testing purposes.
  4. Gather some basic software. Start with a micro controller, and then get a compiler that works with it. You may be able to find everything you need in one package if you purchase an STM discovery kit.
    • A micro controller is the type of circuit typically used to control a specific operation. Many courses require this equipment so you have something to work on for more interactive learning.
    • A compiler converts the instructions that you give it into a language that the computer can understand.

Concluding Remarks

Once you have everything you need to embark on your learning adventure, seek out a class that matches your level of knowledge and experience. Introductory classes start with the simplest concepts and help you understand just what an embedded system is. If you’re past that level already, you can find more advanced options. Students who are seeking credentials or certifications should read carefully to determine if these are part of the course being considered. Often, you’ll find those classes associated with brick-and-mortar universities or recognized entities within each industry, like automotive or consumer electronics.

Embedded software is a wide open and growing field as more and more products in our daily lives become automated. Whether you’re looking to make it a career or you’re a hobbyist making robots to entertain your children, you can find classes online to help you expand your knowledge. These are some of the best options to help you get started.

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