Raspberry Pi and Arduino - Go to The Next Level from Udemy

You’re already familiar with Arduino and Raspberry Pi?

You want to go further with those boards, and combine them to create more complex and powerful projects?

Welcome to this Raspberry Pi + Arduino course.

I will take you from an intermediate level on the two boards, to an advanced level, not only on each board, but on the combination of both.

At the end of the course, you will be able to create your own custom projects with Raspberry Pi and Arduino.

Note: his course is not for complete beginners, for example I will not explain to you how to write basic Python or C++ programs. You definitely don’t need to be an expert, but having a good understanding of both Arduino and Raspberry Pi will really help you get started.

→ Why this course?

Working only with Raspberry Pi, or only with Arduino, is already nice: you can do a lot of projects.

But sometimes, this is not enough. You will need to combine the strength of both boards: the power of software with Raspberry Pi (brain), and the closeness to hardware with Arduino (muscles).

When looking for tutorials/courses about this on the Internet, I found that they are all very simplified, and work with a very simplistic setup, and only for that setup. If you add any component, any functionality, you’re going to be stuck.

So in this course, you won’t get a copy/paste example, but a complete (and efficient) step by step process to create any application with Arduino and Raspberry Pi.

I will show you how to start a successful Serial communication between the 2 boards, and how to build an application with new components and features around this bridge.

→ How will you learn, how do I teach?

My method is simple but efficient:

WHY: Focus on the “why” so you understand what you’re doing.
HANDS-ON lessons to learn in a better way.
PRACTICE with many activities and projects.
. I write all the code from scratch.

This teaching method actually works: I have already taught 17 000+ students in 150 countries, with 3500+ reviews over 4.5/5.

Some reviews from my students - related to Raspberry Pi:

“Edouard is an awesome instructor. The course is easy to follow but he makes you think all along the way. Great first class if you are interested in learning Raspberry Pi.” Joel Bernstein

“Awesome class. I highly recommend this class. Mr. Renard is a great instructor. The entire class is hands-on, which in my opinion is the best way to learn.” Kirk Wynter

“Really happy with the course. Exactly what I paid for and am pretty happy with my progress. I am getting exactly what is promised. Edouard is an excellent teacher.” Jihad Anbous

Some other reviews - related to Arduino:

“The course was excellent. Congratulations to Edouard. I had already worked through some of the projects in the Arduino projects book, but I still learned much more in this course. Thanks.” Sholto Douglas

“Halfway and still loving this course. The instructor is clear and teaches in such a way that you actually learn how to navigate, conceptualize, and write your own code rather than teaching from premade code. Outstanding work sir. ” Westley Bolton

→ What will you do in the course?

After an installation section to get all the tools ready for the course (including installing Arduino IDE on your Raspberry Pi OS), you will progress through 4 different parts:

Communicate with Serial between Raspberry Pi and Arduino.
Build the Arduino circuit for the project, one component at a time. Control Arduino components from the Raspberry Pi
Discover new Raspberry Pi functionalities - Camera and Telegram bot. Control the camera from the Arduino, and send commands to Arduino from a Telegram chat.
Complete Intercom Project (see preview video for an overview of the result).

For each part of the course (1-3), you get several additional activities, so you can practice on what you’ve just seen, and link the new knowledge with the previous sections.

For the final project, together we will design a complete communication protocol, and we will also practice on the steps design: basically, how to plan/organize your application before writing code. I will give you some tips to help you design and organize your future projects, so you can start them and know what you need to do, in what order. This is something super important that I don’t often see in other courses or tutorials, and I’ve made sure to focus on this when creating the steps for the final project.

So, you want to build more complex applications with Raspberry Pi and Arduino? Don’t wait any longer and start this course today.

As always, my goal is to give you the freedom to start and finish your own projects. With this freedom you won’t have to rely on some copy/paste examples from the internet, because you will have the foundation that allows you to really understand how things work, and build anything from scratch.

And that’s not all: all along the course I will share with you the best practices I personally use for my own projects. You will be able to create robust and scalable code - both for Arduino and Raspberry Pi.

Oh, and you also get a 30 days money-back guarantee if you’re not fully satisfied - no questions asked :)

See you in the course.

Note - This course is not for you if:

You are a complete Arduino or Raspberry Pi beginner.
You want a copy/paste solution to your problems and don’t want to take the time to understand.

What's inside

Learning objectives

Make raspberry pi communicate with arduino, using serial
Build a complete intercom system with raspberry pi and arduino
Use the raspberry pi as the “brain” and the arduino as the “muscles” of your application
Understand the differences between arduino and raspberry pi
Install and configure arduino ide on raspberry pi os
Create a bidirectional serial communication
Build a custom protocol to talk over serial
Write code with python 3 on raspberry pi and c++ on arduino
Create a telegram bot with python 3
Send notifications from your raspberry pi to your phone

Control arduino from a telegram chat
Practice a lot thanks to 9 activities and one big final project
Start directly with the best practices
Develop an engineer mindset when solving problems
Learn how to be more independent when working on your future projects
Understand the “why” behind things
Learn by doing and not just watching
Show more
Show less

Make raspberry pi communicate with arduino, using serial
Build a complete intercom system with raspberry pi and arduino
Use the raspberry pi as the “brain” and the arduino as the “muscles” of your application
Understand the differences between arduino and raspberry pi
Install and configure arduino ide on raspberry pi os
Create a bidirectional serial communication
Build a custom protocol to talk over serial
Write code with python 3 on raspberry pi and c++ on arduino
Create a telegram bot with python 3
Send notifications from your raspberry pi to your phone
Control arduino from a telegram chat
Practice a lot thanks to 9 activities and one big final project
Start directly with the best practices
Develop an engineer mindset when solving problems
Learn how to be more independent when working on your future projects
Understand the “why” behind things
Learn by doing and not just watching
Show more
Show less

Syllabus

Introduction

Welcome!

Raspberry Pi vs Arduino, Raspberry Pi and Arduino?

List of Materials for this Course

Traffic lights

Read about what's good

what should give you pause

and possible dealbreakers

Assumes familiarity with both Arduino and Raspberry Pi, allowing learners to quickly advance to more complex projects that combine the strengths of both boards

Focuses on building a complete communication protocol between Raspberry Pi and Arduino, which is essential for creating robust and scalable applications

Emphasizes understanding the 'why' behind each step, which helps learners develop a deeper understanding of the underlying principles and fosters independent problem-solving skills

Includes a section on designing and organizing applications before writing code, which is a crucial skill for developing complex projects and is often overlooked in other courses

Requires learners to install and configure Arduino IDE on Raspberry Pi OS, which may require additional setup and configuration steps for those unfamiliar with the process

Teaches how to create a Telegram bot with Python 3, which requires learners to set up a Telegram account and obtain a bot token, potentially adding a layer of complexity for some

Reviews summary

Combining raspberry pi and arduino via serial

According to learners, this course provides a solid and practical approach to integrating Raspberry Pi and Arduino, primarily focusing on serial communication. Students appreciate the project-based learning structure, culminating in a complete intercom system project that ties concepts together. The instructor's method of explaining the 'why' behind the concepts and providing hands-on activities is frequently highlighted as beneficial. While largely positive, some students found the pace challenging or felt it assumed significant prior knowledge beyond basic RPi/Arduino, and a few noted that the individual component examples felt simplistic for a 'next level' course.

Some found component examples simplistic.

"Expected more advanced techniques or alternative communication methods besides serial."

"The code examples a bit simplistic for a 'next level' course."

"The component examples (LED, button, buzzer, etc.) are very basic and don't really push to an advanced level."

Includes useful features like Telegram bot.

"The Telegram bot integration was a cool addition I hadn't considered before."

"Includes practical applications like the Telegram bot."

Clear teaching, explaining the 'why'.

"The instructor explains the 'why' behind things which is invaluable."

"Edouard is a great teacher, clear and methodical."

"Instructor is knowledgeable and easy to follow. Great value for the price."

"Instructor explains the 'why' very well."

Practical projects, especially the final intercom.

"The project-based learning is excellent, especially the final intercom system."

"The final project pulls everything together nicely."

"The logical flow and the step-by-step approach to building the intercom project are fantastic."

"The project is well-structured."

Strong emphasis on RPi-Arduino serial comms.

"Fantastic course! Goes into great detail on setting up robust serial communication between RPi and Arduino."

"Exactly what I needed to connect my Raspberry Pi to Arduino sensors. The focus on serial communication protocol design is a major plus."

"Solid introduction to RPi-Arduino serial comms. Projects are practical and reinforce learning."

"The content on serial communication is solid, but the 'next level' part felt a bit weak."

May be fast or assume prior knowledge.

"Sometimes the explanations could be a *little* faster-paced, assuming more prior knowledge..."

"Found this course difficult to follow. Assumes a lot of prior knowledge not just in RPi and Arduino..."

"The pace was too fast for me in parts."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Raspberry Pi and Arduino - Go to The Next Level with these activities:

Review Basic Electronics Concepts

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Reinforce your understanding of fundamental electronics principles. This will provide a solid foundation for understanding the Arduino circuitry and Raspberry Pi hardware interactions covered in the course.

Browse courses on Ohm's Law

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Review online resources on basic circuit theory.
Solve practice problems related to Ohm's Law and Kirchhoff's Laws.
Identify common electronic components and their functions.

Brush Up on Python Fundamentals

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Strengthen your Python skills, as Python is used extensively on the Raspberry Pi for controlling hardware and creating applications. This will help you better understand the code examples and complete the projects.

Browse courses on Python Syntax

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Complete a Python tutorial or online course.
Practice writing Python scripts to manipulate data and control program flow.
Familiarize yourself with common Python libraries.

Review 'Raspberry Pi Cookbook'

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Review the Raspberry Pi Cookbook to gain a deeper understanding of the Raspberry Pi's capabilities and explore advanced techniques for hardware interfacing and software development.

View Raspberry Pi Cookbook on Amazon

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Browse the table of contents to identify relevant recipes.
Read through the recipes that align with your interests and project goals.
Experiment with the code examples and adapt them to your own projects.

Four other activities

Expand to see all activities and additional details

Show all seven activities

Review 'Arduino Cookbook'

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Review the Arduino Cookbook to gain a deeper understanding of the Arduino's capabilities and explore advanced techniques for hardware interfacing and software development.

View Arduino Cookbook: Recipes to Begin, Expand, and... on Amazon

Show steps

Browse the table of contents to identify relevant recipes.
Read through the recipes that align with your interests and project goals.
Experiment with the code examples and adapt them to your own projects.

Practice Serial Communication Examples

Show steps

Practice setting up serial communication between two Arduinos or a computer and an Arduino. This will prepare you for the core concept of communication between Raspberry Pi and Arduino.

Show steps

Set up two Arduinos for serial communication.
Write code to send and receive data between them.
Debug any communication issues.

Document Your Learning Journey

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Create a blog or online journal to document your progress, challenges, and solutions throughout the course. This will help you solidify your understanding and share your knowledge with others.

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Create a blog or online journal.
Document your learning process.
Share your insights and solutions.

Simple Home Automation Project

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Start a small project that combines Arduino and Raspberry Pi to control a simple home automation task, such as turning on a light remotely. This will help you apply the concepts learned in the course.

Show steps

Design a system to control a light using Arduino and Raspberry Pi.
Write code to control the light remotely.
Test and refine the system.

Career center

Learners who complete Raspberry Pi and Arduino - Go to The Next Level will develop knowledge and skills that may be useful to these careers:

Embedded Systems Engineer

An Embedded Systems Engineer develops and maintains the hardware and software for embedded systems, which are computer systems with a dedicated function within a larger device. This role involves working with microcontrollers and microprocessors like those found in Arduino and Raspberry Pi, making this course highly relevant. The course's emphasis on combining Raspberry Pi and Arduino to create complex projects directly aligns with the work of an Embedded Systems Engineer. This role would benefit significantly from the course's focus on serial communication between the two boards, control of hardware components, and the development of custom communication protocols. The skills and practices taught in this course help an engineer develop a mindset geared towards problem solving and building robust applications.

See salaries and explore the career path for Embedded Systems Engineer

Robotics Engineer

A Robotics Engineer designs, builds, and programs robots and automated systems. This role will be very interested in the course’s blend of software and hardware, as well as the ability to integrate multiple components into a cohesive system. The course's approach to combining Raspberry Pi, for its software capabilities, with Arduino, for its hardware control, is directly applicable to robotics development. The hands-on projects, particularly the final intercom system project, offer practical experience in applying these technologies. A robotics engineer needs to orchestrate different components of a robot. This engineer would benefit greatly from the training in serial communication, hardware control, and code synthesis that this course provides.

See salaries and explore the career path for Robotics Engineer

Maker

A Maker is a hobbyist or professional who enjoys creating and building things. This course will be very helpful because it provides a comprehensive guide to combining Raspberry Pi and Arduino in complex projects. The course’s focus on serial communication, hardware control, and custom protocols will help any maker improve their projects. The hands-on approach and the multiple activities and projects will also allow a maker to build a wide range of skills and tackle different challenges. Makers will find that this course has a good balance of theoretical and practical approaches, preparing the maker to adapt their skills to a wide range of projects.

See salaries and explore the career path for Maker

Internet of Things Developer

An Internet of Things Developer creates software and hardware for devices that connect to the internet. These devices may include environmental sensors or smart home devices. This course directly addresses the needs of an Internet of Things Developer because it teaches how to integrate sensors and other hardware with software running on a Raspberry Pi. The course’s focus on serial communication, hardware control via Arduino, and the use of a Telegram bot for remote control are common elements in IoT projects. The course would help any IoT developer learn to design and implement complete IoT solutions, from initial concept to working prototype. Because this course teaches how to build a full application from scratch, it is superior to most cut-and-paste tutorials.

See salaries and explore the career path for Internet of Things Developer

Automation Engineer

An Automation Engineer designs and implements automated systems for industrial or commercial applications. This position would find the course useful as they often need to integrate multiple hardware and software components. The course’s practical approach to combining Raspberry Pi and Arduino provides the necessary skills to create automation solutions. The training with serial communication, hardware control, and custom protocol development aligns with the work of an Automation Engineer. The course's emphasis on understanding the ‘why’ behind the code and best practices for creating robust applications would be very helpful for this career role.

See salaries and explore the career path for Automation Engineer

Hardware Engineer

A Hardware Engineer designs, develops, and tests physical components and systems. A Hardware Engineer will find that this course provides practical experience that complements their knowledge by exploring the integration of hardware with software. While the course doesn't focus solely on circuit design, it provides valuable skills in interfacing hardware components with microcontrollers, as shown in the activities and projects with the RGB LED, push button, buzzer, LCD screen, and servo motor. The course’s focus on creating bidirectional communication and custom protocols would also be beneficial for a Hardware Engineer who needs to ensure reliable hardware operation and communication. The hands on approach, writing code from scratch, is also directly applicable.

See salaries and explore the career path for Hardware Engineer

Software Developer

A Software Developer creates, tests, and maintains software applications. This role may be attracted to this course for its practical approach to building software that interacts directly with hardware. The course develops a capacity for real world problem solving with the Raspberry Pi and Arduino, which provides a unique experience for a software developer. The course's focus on Python, C++, and serial communication are useful for developing applications that interface with hardware components. The course places an emphasis on writing code from scratch and building a complete application step by step, an ability that would greatly help a software developer.

See salaries and explore the career path for Software Developer

Research Scientist

A Research Scientist conducts experiments and analyzes data to advance scientific knowledge. This role may find that this course helps develop the skills necessary to create custom tools and instruments for data collection and analysis. The course’s focus on combining Raspberry Pi and Arduino offers practical applications for building laboratory prototypes and data acquisition systems. The hands-on activities and the final intercom project could be used in real-world research settings. While typically requiring an advanced degree, this course can help a research scientist develop a practical and focused mindset.

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Product Developer

A Product Developer is involved in the entire lifecycle of a product, from concept to launch. This role would find the course helpful as it enables one to design and build prototypes to demonstrate design concepts. The course's focus on integrating hardware and software provides the skills needed to create a functional prototype. The course’s detailed walk-through of the Intercom system, and the need to create a communication protocol, can help a product developer develop a full product from beginning to end. The course emphasis on ‘why’ and best practices would help build confidence and an ability to make sound decisions.

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Systems Analyst

A Systems Analyst studies computer systems and makes recommendations for improvements. This role may find this course useful in understanding the interactions between hardware and software at a deeper level. The course’s practical approach to building systems using Raspberry Pi and Arduino can help a systems analyst appreciate the complexities of a final product. The course's focus on serial communication, custom protocols, and debugging would also help a systems analyst troubleshoot and optimize their designs. The hands-on approach of the course will ensure that a systems analyst does not approach solutions from a solely theoretical standpoint.

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Hobbyist Programmer

A Hobbyist Programmer writes code for recreational purposes or personal projects. This course may be helpful for hobbyist programmers interested in exploring the intersection of software and hardware. The course’s projects, like the intercom system, provide practical applications for programming with Raspberry Pi and Arduino. The course helps hobbyists move from simplified, copy-paste examples to building a complete application from scratch. They will also benefit from learning how to write code in both Python and C++, giving them expertise in multiple languages.

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Educator

An Educator teaches students in a variety of academic settings. This course would be helpful for an educator interested in curriculum development or instruction in technology or engineering. The course's hands-on projects using Raspberry Pi and Arduino can be easily adapted into engaging teaching materials. The course's focus on ‘why’ combined with a step-by-step approach, can provide teaching methods that an educator may apply in their classrooms. Educators can use the course to learn to develop custom projects, and build a curriculum that focuses on the freedom to experiment and learn from concrete examples.

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Technical Writer

A Technical Writer creates documentation and guides for technical products and services. This course may be helpful as it will provide them with a deeper understanding of the complex technical subjects they are often tasked to document. The course's clear, step-by-step approach to building systems using Raspberry Pi and Arduino would offer them a useful example of the development process. They would better understand complex technical terms and will have practical experience, allowing them to communicate clearly and effectively. The course's emphasis on the ‘why’ behind things would equip the writer to probe for deeper explanations.

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Quality Assurance Tester

A Quality Assurance Tester checks for defects in software and hardware before release. This course may be useful for a quality assurance tester as it will provide insights into the system development process and the kind of errors that might arise in a system that combines software and hardware. The course’s hands-on approach for building applications would equip the tester with knowledge of potential failure points. Because this course teaches the necessity of debugging at each step, a quality assurance tester can apply this to their work when they test other people's applications and systems. The focus on best practices will also inform them of good system builds.

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Data Analyst

A Data Analyst interprets and organizes data to help businesses understand trends and make decisions. This course may be useful for a data analyst if they want to understand the practical development of tools for data collection. While this course does not focus on data analysis itself, it addresses the process of collecting data with a Raspberry Pi and Arduino. Data analysts can use this course to learn how to develop their own custom tools to collect data. The course emphasis on ‘why’ can also help them approach problems with a practical, as opposed to purely theoretical, focus.

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Reading list

We've selected two books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in Raspberry Pi and Arduino - Go to The Next Level.

Raspberry Pi Cookbook

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Provides a collection of practical recipes for using the Raspberry Pi in various projects. It covers a wide range of topics, including hardware interfacing, software development, and networking. It useful reference for expanding your knowledge and tackling specific challenges encountered during the course. This book is valuable as additional reading to deepen your understanding of Raspberry Pi capabilities.

Raspberry Pi Cookbook

Paperback

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Raspberry Pi Cookbook

Kindle Edition

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Arduino Cookbook

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Provides a collection of practical recipes for using the Arduino in various projects. It covers a wide range of topics, including hardware interfacing, software development, and communication protocols. It useful reference for expanding your knowledge and tackling specific challenges encountered during the course. This book is valuable as additional reading to deepen your understanding of Arduino capabilities.

Arduino Cookbook: Recipes to Begin, Expand, and...

Kindle Edition

Raspberry Pi and Arduino - Go to The Next Level

What's inside

Learning objectives

Syllabus

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Reviews summary

Combining raspberry pi and arduino via serial

Activities

Career center

Reading list

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