15 Best Arduino Courses & Certifications Online In 2023

Best Arduino Courses & Certifications

1. Arduino: Prototyping

This course delves into the world of Arduino-based prototyping, guiding learners through various stages of developing iterative hardware prototypes. An essential resource for designers and product managers, the Arduino family holds immense value in the process of exploring and evaluating hardware product designs. By expediting the prototype creation process, this innovative tool significantly reduces cost and time used in designing products. Instructor Robert Gallup begins the course with a comprehensive overview of the prototype development process, highlighting critical best practices and potential pitfalls that learners should be aware of.

The course navigates through the development and refinement of a proof-of-concept prototype while introducing relevant concepts and techniques to master the use of Arduino. Additionally, the instructor provides several hands-on challenges, complete with solutions, to enhance learner understanding of topics such as the LCD, animation dynamics, and the final steps of completing your prototype and fine-tuning the design based on feedback. By the end of this course, learners will be well-equipped to tackle their own hardware prototyping endeavors using Arduino and effectively implement its potential to transform their creative processes.

2. The Arduino Platform and C Programming

This course focuses on the Arduino platform, an open-source computer hardware/software platform designed for building digital devices and interactive objects that can sense and control the physical world around them. You will learn how the Arduino platform operates, including its physical board, libraries, and the integrated development environment (IDE). Additionally, you will explore shields, which are smaller boards that can be plugged into the main Arduino board to perform various functions, such as sensing light, heat, GPS tracking, or providing a user interface display. The course also covers programming the Arduino using C code, as well as accessing the pins on the board via software to control external devices.

By completing this course, you will gain a deep understanding of the Arduino development board, its composition, and how to program its firmware. You will be able to read board schematics, install the Arduino IDE, and learn the role of libraries and shields in the development process. Moreover, you'll be able to compile and run programs, work with C variables, types, and operators, use conditionals and loops, and define and invoke functions. You will also explore the Arduino build process, the tools behind the IDE, and the structure of an Arduino sketch. Furthermore, you'll learn how to access and differentiate between digital and analog pins, debug embedded software, and understand the importance of controllability and observability in the debugging process. Finally, you will learn about common debugging architectures for embedded systems and the workings of the UART Serial communication protocol and the Arduino Serial library.

3. Learning Arduino: Interfacing with Hardware

This comprehensive training course is designed to help you understand the fundamentals of the Arduino microcontroller and learn how to interface with common hardware components such as LCD screens, LEDs, and keypads. Arduino is a powerful tool for programmers, allowing them to create interactive, digital projects involving lights, sensors, and motors with ease. Through hands-on demonstrations and high-level concept explanations, instructor Zahraa Khalil provides a thorough introduction to Arduino, its applications, and the required coding techniques to master this popular maker tech platform.

Throughout the course, you will learn how to wire and program the hardware interfaces, as well as perform tasks such as displaying randomized numbers on an LCD screen or looping through an LED pattern. A major focus is placed on practical coding skills, and hands-on demonstrations help you understand how to successfully complete the physical wiring. By the end of the course, you will have the essential knowledge needed to create your own innovative electronic projects using Arduino technology.

4. Interfacing with the Arduino

This comprehensive course delves into the fascinating world of Arduino, focusing on its ability to interact with external devices and control various actuators. It provides a practical and theoretical understanding of sensor usage, helping students apprehend how to connect different types of sensors to an Arduino board. Furthermore, the course imparts knowledge on analog-to-digital and digital-to-analog conversions essential for programming digital devices to work with the continuous signals in the external environment.

Additionally, the course covers the utilization of Arduino-specific shields, demonstrating their practical applications and explaining how to use the associated software libraries. Students will ultimately gain the skills and knowledge required to confidently work with Arduino's hardware and software components, enabling them to innovate and create interactive electronic projects. Please note that this course does not include discussion forums.

5. Arduino Step by Step: Getting Started

This comprehensive and widely acclaimed course caters to individuals who are new to electronics and programming, focusing on Arduino-based projects. The course covers the essentials, with over 16 hours of video content, quizzes, a GitHub code repository, and countless downloadable and linked resources. Throughout the learning journey, students will gain an in-depth understanding of the Arduino Uno's capabilities and get acquainted with the functionalities of several other Arduino boards. As the course keeps pace with the latest developments in the field, it includes topics like Arduino software and hardware, the Arduino Web IDE, and Arduino IDE 2.0, as well as modern Arduino MKR and Nano IoT board families.

In addition to mastering the fundamentals, learners will develop proficiency in using various components like buttons, LEDs, color and ultraviolet light sensors, and environmental sensors. The course also covers reading datasheets, using libraries independently, and acquiring the skills to create desired gadgets. By the end of the program, students will be comfortable with prototyping tools, the Arduino programming environment, language, and programming. So if you are passionate about learning and excited about becoming a Maker with the Arduino, this course is an excellent starting point for achieving your goals.

6. Arduino Programming, from novice to ninja

This comprehensive course offers a detailed introduction to Arduino programming, covering everything from the basics of electronics and Arduino to mastering the platform. Focusing on practical application, students will learn about sensors and how to use them to identify external events such as light or sound, as well as how to perform an action in response to these events. Designed to benefit students in design, electronics, engineering or development, the course provides valuable hands-on experience that will help them become proficient in interactive electronics and the use of the Arduino.

Furthermore, the course serves as an excellent introduction to the world of FabLabs, a global network of digital manufacturing spaces where learners can practice using Arduino alongside other makers. The course also includes recommendations for purchasing an Arduino starter kit, as well as an overview of online simulators for those who may not be ready to invest in the hardware just yet. Overall, this extensive program allows students to explore the exciting possibilities of Arduino programming while building essential skills that will serve them well in their professional and personal lives. Embrace your inner maker and start your Arduino journey today!

7. Arduino Discovery: programming the UNO board made simple.

This comprehensive course is specially designed to help you learn programming for the Arduino UNO and communicate with various peripherals, making it suitable for both beginners and experienced programmers new to Arduino. By participating in this course, you'll learn how to set up an Arduino developer account, install the necessary drivers, and utilize the Editor tools on your MAC or PC. The course starts with the basic fundamentals, allowing beginners to build up their knowledge to create well-structured programs, while experienced programmers can benefit from skipping the trial and error phase.

The curriculum covers a wide range of topics, from writing your first Arduino program to exploring the Neopixel library for LED control. Moreover, the course delves into analog and digital read, serial debugging, and even covers piezo speaker and sound. Through these comprehensive lessons and activities, participants will gain valuable experience and understanding of Arduino programming. By the end of this course, you'll have a solid foundation to further explore the world of Arduino and develop exciting projects that utilize the robust capabilities of the Arduino UNO board.

8. Hands-On Robotics with Arduino, Build 13 robot projects

In this hands-on course, students will learn how to build 13 unique robot projects with Arduino, allowing them to explore the exciting world of robotics. The course covers essential concepts in robotics, programming, and engineering using a simplified version of C++ language in the Arduino IDE. The projects include constructing robots that can be controlled via smartphone, voice commands, and even follow or repel objects and light sources. Throughout the course, students will utilize their newfound knowledge to design innovative Arduino robots, and along the way, gain a deeper understanding of computer science, mechanical engineering, electronics engineering, and Arduino programming.

The course is tailored for those with no prior coding experience, requiring only an Arduino UNO, Bluetooth, and some basic electronic components for constructing the robots. Students will begin with understanding the fundamentals of Arduino and setting up their micro-controller board with their computer or laptop. They will then delve into constructing robots, learning about time control, motors, serial communication, and Android programming, with advanced practical examples. By the end of the course, students will have designed various robots, such as the VoiceControl, Light Follower/Repeller, and Smartphone-Controlled robots, gaining a solid foundation in robotics and Arduino technology to further explore and create innovative projects in the future.

9. Arduino Step by Step Getting Serious

Enhance your Arduino skills with this comprehensive course on creating gadgets that can communicate, move, interact, measure, and detect. As the most extensive course available online, you'll learn about advanced environment, motion, position, and GPS sensors, receive input from users through keypads, potentiometers, and encoders, and explore new ways to provide user feedback with color screens and touch-sensitive surfaces. With over 30 hours of video content, 250 lectures, and multiple code examples, wiring schematics, demonstrations of completed circuits, and alternative scenarios, you'll have all the resources you need to become an Arduino expert.

This course is perfect for individuals looking to expand their knowledge of Arduino components and techniques, whether for a career in engineering, a tool for STEM education, or a vehicle for artistic and creative expression. Throughout the course, you'll have access to resources such as the course repository, discussion Forum, and the Tech Explorations Makers Club private Facebook group. Become well-versed in networking with Ethernet and WiFi, communication protocols like Bluetooth and Bluetooth Low Energy, motor control, and much more. Please note that this course is not suitable for beginners; a basic understanding of Arduino is required. Are you ready to take your Arduino skills to the next level?

10. Arduino Programming and Hardware Fundamentals with Hackster

Gain a solid foundation in electrical engineering and become proficient with Arduino programming through this comprehensive course designed for beginners. The Arduino platform and programming language provide an excellent jumping-off point for creating a wide range of interactive projects, from wearables and robots to home automation tools and electronic art displays. Developed in collaboration with Hackster, this course offers a well-rounded understanding of the possibilities and practical applications of Arduino, allowing you to bring your projects to life through electronics.

Arduino is a versatile hardware platform and programming language that has gained immense popularity among hobbyists, makers, and even professional engineers since its release in 2003. The Arduino programming language is based on a combination of C and C++, equipping you with the coding fundamentals needed to easily learn other in-demand languages such as Java, Python, JavaScript, C#, and Swift. This course is structured to provide you with building blocks of knowledge, starting with C/C++ programming basics and progressing through hands-on exercises, real-world projects, and IoT applications. By the end of this course, you will have the skills and knowledge needed to create an impressive array of fun and useful Arduino projects.

11. Arduino Bootcamp : Learning Through Projects

This hands-on, projects-based course offers a comprehensive and engaging approach to learning the Arduino platform, catering to all levels of experience. Through building over 15 complete Arduino projects from scratch, including a car controlled using a smart phone app and various games involving LEDs and sensors, you'll gain a deep understanding of the Arduino platform and its potential applications. No prior knowledge of programming or electronics is required, as all concepts and programming for each project will be explained step by step in detail.

The course progresses from simple projects to advanced ones, allowing you to learn at your own pace and build upon your knowledge. Along the way, you will become proficient with various components such as breadboards, LEDs, switches, transistors, and more. The course is structured in a way that encourages project-based learning, ensuring you gain practical experience and a deeper understanding of the Arduino platform by actually creating and building functioning projects from start to finish. By the end of the course, you'll be equipped with the skills and knowledge to tackle your own Arduino projects confidently and creatively.

12. Arduino Embedded C With Electronics/Schematics/PCB

In this comprehensive course, learn about the Arduino board, dive into the basics of electronics, and acquire hands-on experience in programming Arduino firmware with Embedded C. Designed for beginners who have little to no experience with electronics, this course will provide the foundation needed to excel in university modules based on Arduino and advance one's education in this fascinating field.

Beyond mastering the fundamentals of electronics, learners will gain familiarity with a range of components such as resistors, LEDs, diodes, and capacitors. The course also covers schematics, teaching how to read, write, and create printed circuit boards from these schematics, allowing for the creation and shipping of personalized circuit boards. To further gamify and solidify the learning experience, students will build a Whack-A-Mole game using LEDS and push buttons in Arduino, empowering them to create engaging and interactive electronic projects.

13. Basic electronics for Arduino Makers

Are you an Arduino maker, able to make things by following how-to guides and are confident with writing or modifying sketches, yet you are not so confident about things like calculating transistor currents, voltage drops and using capacitors as filters? You are not alone. Many enthusiasts who have been tinkering with Arduino and Raspberry Pi platforms for years often find themselves struggling with basic electronics principles and components that are commonly used in making projects on these platforms.

This course aims to help you achieve a better understanding of basic electronics principles to make the most out of your Arduino or other prototyping platform. It is designed for anyone with a basic understanding of electronics who has already spent time tinkering with Arduinos. By the end of this course, you will learn how to use commonly used components found in Arduino projects and how to do the relevant measurements and calculations to help you select appropriate components for your projects. To complete this course, you will need a few cheap and common components and tools, such as resistors, capacitors, transistors, LEDs, diodes, batteries, a multimeter, a small breadboard, and jumper wires; most of which you probably already have.

14. Arduino: Everything you need to Know

Arduino: Everything you Need to Know is a comprehensive course specially designed to help individuals delve into the world of Arduino programming. Arduino is a programmable circuit board widely used in robotics, automobiles, and remote controls. This course serves as a valuable guide for beginners to start their own Arduino adventure, providing step-by-step practical exercises that facilitate an easy and quick learning experience. The course begins with an introduction to the board and its components and then delves into various programming techniques such as looping and changing values to light up LEDs or measure temperature. With the acquired skills, learners can build much more complex projects, such as a robot car.

While many online Arduino programming courses contain unnecessary information that may discourage beginners, this course eliminates such distractions and focuses on providing a guide that will effectively help participants become proficient in Arduino. The diverse range of skills covered in this curriculum ensures that learners at all levels, from beginners to experts, can start their own Arduino projects in no time. By joining this course, you will gain access to easy-to-watch video lessons, practical activities, downloadable resources, and the opportunity to interact with the highly experienced instructor who has a strong background in Arduino development and has been teaching programming since 2010.

15. Make PIC microcontroller based Arduino Development Board

This comprehensive course is designed for those who want to learn how to create their very own PIC microcontroller based Arduino development board at home, step by step. Through easy-to-follow video lessons and practical activities, students will gain an understanding of each component inside the Arduino board, including its purpose and how to wire it up. By the end of the course, learners will have gained the knowledge and skills needed to create their own boards, either on a breadboard or PCB, depending on personal preference.

Key areas of focus include understanding the "brain" of the Pinguino board, its various functions, and how to interface it with a PC to send codes. This course not only covers circuit and PCB design concepts but also provides guidance on boot-loading and driver requirements, ensuring a comprehensive understanding of the entire creation process. Upon completion, students will have a solid understanding of the Arduino platform and be able to create their own development boards, paving the way for innovation and experimentation in the world of microcontrollers.

Compare Arduino Online Courses

How to choose best Arduino online course

Choosing the best Arduino course depends on your specific interests and learning objectives, since each course on the list covers a range of topics, from beginner to advanced levels. Below is a competence-focused learner's guide on what to look out for when selecting an Arduino course:

• If you're a beginner or just starting out, ensure that the course covers the basics, including understanding how to prototype with Arduino and get familiar with its components and functions.
• For intermediate users, a course that focuses on C programming for the Arduino platform can significantly enhance your skills and expertise in the field.
• If your intent is to learn how to interface Arduino with hardware or to gain a better understanding of how to interact with the Arduino itself, choose a course that specializes in Arduino connections with external components or covers the required libraries and functions for hardware interfacing.
• To improve as an Arduino programmer, opt for courses that strengthen programming skills, delve into more advanced techniques, and guide learners through practical examples from novice to advanced levels.
• If your primary interest lies in building robotic projects, a course that offers hands-on experience in creating robots using Arduino could prove immensely beneficial.
• Lastly, consider your ultimate goal, whether it is to gain a deeper, all-rounded understanding of Arduino, or to create a specific project, such as the Arduino UNO board or PIC microcontroller-based development board. Select a course that is tailored to your specific end-objectives and offers comprehensive knowledge and skills.

While selecting an Arduino course, remember that multiple courses might have to be taken to cover all topics and meet all learning objectives. Alternatively, some courses may offer a comprehensive curriculum that blends multiple user intents, thereby enabling you to achieve your preferred learning outcomes in a single course.

Conclusion

In conclusion, there are an array of courses available for individuals who wish to delve into the fascinating world of Arduino programming. These comprehensive courses cater to various learning goals - from mastering the basics to building robots, and everything in between. With unwavering dedication and commitment to the learning process, you will undoubtedly become a skilled Arduino programmer.

Remember, learning is an ongoing journey, and the listed courses provide you with the perfect opportunity to sharpen your skills, explore your creativity, and develop a profound understanding of the Arduino platform, C programming, and hardware interfacing. So, don't wait any longer; embark on your Arduino adventure today, and unlock your true potential to create groundbreaking projects, innovations, and much more. The possibilities are endless, and only limited by your imagination.