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The Rise of Python for Embedded Systems

According to a recent survey by the team at TIOBE, Python is one of the most used programming languages on the planet. While most developers are familiar with how Python is used in the development of mobile apps, web-based apps, software and even online games, many are unfamiliar with how Python is used to create and maintain embedded systems.


In short, an embedded system is a piece of software placed in non-PC devices or hardware. Devices like factory robots, smartwatches, calculators and even GPS devices feature this type of embedded software. For developers responsible for developing and maintaining this code, using tools like a log parser and Python pre-made frameworks is crucial.

Read below to find out about the benefits that come with using Python for embedded systems.

Python is a Very Readable Programming Language

One of the biggest problems programmers encounter when using a language like C is readability. If you look at a line of C code without any context, it can be downright confusing. When using Python, you will not have to deal with these readability issues.

When this language was being developed, a priority was put on making it easy to read and write. Often times, developers of embedded systems will use Micro Python. This programming language is generally used in the development of microcontrollers. With Micro Python, developers are able to rapidly prototype programs for an embedded system.

The Power of an Object-Oriented Programming Language

Being able to create classes and object-oriented programming techniques is crucial when developing a piece of software for embedded systems. Many programmers use Micro Python because it provides them with helpful constructs like polymorphism and inheritance.


You can also easily hide information with the power of encapsulation when using Python to develop embedded systems. As any developer knows, being able to use an object-oriented programming language opens up a whole new world of possibilities. Rather than being limited by the confines of C, you need to shake off these programming shackles and use the power of Python.

Exception and Error-Handling Made Easy

Getting through the programming process quickly and efficiently should be one of your main goals. Accomplishing this goal will be very difficult if you use C to develop embedded software. This programming language requires developers to create their own exception and error-handling programs.

If you want to avoid the time-consuming and aggravating process of creating your own error-handling solutions, using Python is a must. By default, Python will stop executing code if an error is encountered. Once this stop occurs, you will receive the file and line number the error was located in. With this information, you can easily get these issues fixed. Without this type of help, you will be unable to develop embedded software in a timely manner.

Take Advantage of Python’s Online Community

If you encounter problems when trying to use Python, utilizing the power of its extensive online community is vital. With the help of this community, you can get your issues resolved in no time at all.

The post The Rise of Python for Embedded Systems appeared first on Electronics Lovers ~ Technology We Love.

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