What will I learn in this course?

You will learn how to write software for embedded systems and IoT devices using Python and C/C++. You will gain insight into the architecture of a microcontroller and learn how to control it. You will work with the Raspberry Pi Pico and the RP2040 microcontroller, programme an LCD display, a servo motor and a wifi module, and learn which language best suits which situation.

Who is this course for?

This course suits software engineers, developers and technicians who want to extend their work towards embedded development and IoT. Advanced hobbyists who want to get more out of their microcontroller will also be in the right place. You already have programming experience and now want to learn how to bring your code to hardware.

What prior knowledge do I need?

You need basic knowledge of Python or C/C++, such as variables, functions, loops and conditions. You don't have to be an expert, but you should feel comfortable reading and writing code. As much of the documentation and tooling is in English, some affinity with the English language is helpful.

What does the course look like?

The course alternates between theory and practical labs. You will first learn how a microcontroller is put together and then get to work yourself. You will work with a Raspberry Pi Pico, connect components and programme them in Python and C/C++. Topics such as GPIO, build tools, Assembly and Real Time Operating Systems are covered step by step.

What is the delivery format?

The course is classroom-based. You follow the lessons together with other participants in a small group, which leaves plenty of room for questions and individual guidance. The trainer explains the theory, demonstrates techniques and helps you apply everything yourself on real hardware during the labs.

Who teaches the course?

The course is taught by an experienced trainer with a strong background in embedded development and software engineering. The trainer combines in-depth technical knowledge with practical experience from projects in which Python, C/C++ and microcontrollers come together. So you get not only theory, but also tips from day-to-day practice.

What do I get after the course?

Afterwards you will receive a Learnit certificate as proof of attendance. You will also take away plenty of practical knowledge: you will be able to programme a microcontroller in Python and C/C++, you will know how to control peripherals, and you will have experience with the Pico SDK, Visual Studio Code, CMake and Make.

You can prepare by refreshing your basic knowledge of Python or C/C++. Work through a few exercises with variables, functions, loops and conditions. If you have never worked with a microcontroller before, it is useful to read up on the Raspberry Pi Pico and the RP2040 beforehand. No prior installation is required.

What if I can't attend?

Let us know as soon as possible. We can discuss moving your course to another date, so you don't miss any of the material. Our service desk will be happy to help you find a suitable solution.

Do I receive a certificate?

Yes, on completing the course you will receive a Learnit certificate as proof of attendance. This shows colleagues or your employer that you have mastered the basics of embedded development with Python and C/C++.

Booking is easy via the course page. Choose a date that suits you and fill in your details. You will then receive a confirmation with all the practical information. Do you have a question, or would you like to attend with several colleagues? Just get in touch with our service desk.

What does the course cost?

You will find the current price at the top right of the course page.

Embedded development with Python or C++ course

Name: Embedded development with Python or C++
Price: 2500.0 EUR
Availability: InStock
Rating: 8.2 (6 reviews)

Would you like to learn how to write software for embedded systems and IoT devices? In this course you will discover how to control a microcontroller using Python and C/C++. You will work with the Raspberry Pi Pico and build your own embedded applications step by step. You will get to know the architecture of a microcontroller and apply that knowledge directly in practical labs. Whether you want to read out a sensor, drive a display or set up a wifi connection: after this course you will know how to go about it.

Description

Embedded software is found in almost every electronic device. Sensors, watches, thermostats, microwaves, smartphones and cars all run on embedded code. Every embedded system is unique and is carefully tailored to the device it sits in. This makes embedded development a sought-after and versatile skill for software engineers.

In this course you gain insight into the hardware of a microcontroller and learn how to write software for it. You use two languages, each with its own strengths. With Python you develop applications for embedded systems and IoT projects quickly and compactly. With C/C++ you get the most out of the hardware, work with a Real Time Operating System and handle tasks at microsecond level.

You will work on a Raspberry Pi Pico with an RP2040 microcontroller. In the labs you will connect an LCD display, a servo motor and a wifi module and programme them yourself. Step by step you will discover what embedded development involves and how to apply it in practice.

Topics

What an embedded system is and what characteristics it has
Microprocessor versus microcontroller
Processor architectures, registers and instruction cycles
The Raspberry Pi Pico and the RP2040 microcontroller
Python on a microcontroller with the Pico Python SDK
Working with Visual Studio Code as a development environment
General Purpose IO and driving an LCD display
C/C++ on the Pico with the Pico C/C++ SDK
CMake and Make as build tools
Learning to read and apply Assembly
Driving a servo motor and a wifi module
Real Time Operating Systems and timing

Result

After this course you will be able to write software for embedded systems and IoT devices independently. You will know how a microcontroller is put together and how to control registers, GPIO pins and peripherals. You will be able to programme a Raspberry Pi Pico in both Python and C/C++ and you will know which language suits which problem. You will have experience with the Pico SDK, Visual Studio Code, CMake and Make. You will also be able to connect and operate sensors, an LCD display, a servo motor and a wifi module from your own code.

Target audience

This course is intended for software engineers, developers and technicians who want to make the move towards embedded development and IoT. Do you work with Python or C/C++ and would you like to learn how to use these languages to control hardware? Then this course is a good fit for you. Even if you work with microcontrollers as a hobby and want to take your knowledge to a higher level, you will find plenty of new insights in this course. The combination of theory and practical labs makes the material accessible to professionals and advanced enthusiasts alike.

Teaching method

The course is classroom-based and strongly practice-oriented. You alternate theory with hands-on labs in which you work directly with a Raspberry Pi Pico. The trainer explains the architecture and concepts and then helps you apply that knowledge in your own code. Thanks to the small groups, there is plenty of room for questions and personal guidance. You work with real hardware and connect components yourself, such as an LCD display, a servo motor and a Wi-Fi module. In this way you build up confidence in embedded development step by step.

Prior knowledge

For this course you need basic knowledge of Python or C/C++. You do not have to be an expert, but you should be comfortable with variables, functions, loops and conditions. Bear in mind, too, that a lot of English terminology comes up, because the documentation and tooling are in English. Some affinity with the English language is therefore useful.

Language

The training is given in Dutch as standard. The trainer has a good command of English. English-language course material can be used. With a minimum enrolment of 3 participants, the training can also be given entirely in English.

Number of days:

4 days

Course times:

from 10 am to 5 pm

Study load:

28 hours

Education level:

This training is suitable for all levels.

Exemptions:

Exemptions do not apply to this course.

Preparation time:

No preparation time applies to this course.

Certificate:

At the end of the course, a certificate is issued as proof of participation.

The best training for you

At Learnit you will always find a course that takes you further. From (technical) IT skills to communication or personal leadership. You can also choose the training format that suits you best: a classroom course, a tailor-made course at your own office, an online course or an e-learning. We have the right course and the right format for everyone. Because learning in the way that suits you best delivers the best results.

Moving forward together

Taking a training course at Learnit means learning together. Together with your experienced trainer, together with your course group or together with your colleagues. And whether you take the training at home, at your office or at one of our training locations, we are always available to help you. To share our knowledge with you in a way that is genuinely useful to you. Getting further together through personal attention and understanding each other well; that is what we believe in.

Apply it directly in your work

Learning theory from a book that you can then hardly use in your work? Not at Learnit! Whichever training you take with us, you can put it to use at your workplace straight away. Because of the unique learning objectives you set together with the trainer at the start of the training. Because of the alternation between theory and (interactive) practical assignments. And by bringing the challenges you face in your daily work along to the training.

Embedded development with Python or C++ course