Most people are interested in understanding the relationship between hardware and software in electronics. However, a while ago, software enthusiasts could only dissect large, complicated, and powerful machinery such as household appliances and laptops which was risky for starters since they could damage the gadget. Fortunately, those interested in simple to complex hardware projects have been rescued by a creative team that presented the concept of tiny microcontrollers, which beginners use for hardware experiments. To make it even easier to work with electronics, Arduino was introduced by a group of students in 2005. Nowadays, students and developers can learn to write code and have had an excellent opportunity to build physical systems related to the Arduino code.
What is Arduino?
Arduino is an electronics platform that is open-source and has a user-friendly physical programmable circuit board and software. In other words, it is a simple-to-use single-board microcontroller made and designed to perform a given task, such as executing control in some functions of an electronic device. Keep in mind that the emergency of Arduino has simplified the process of designing electronic applications for developers and other interested parties. Since you do not need an engineering background or coding expertise, Arduino enables many individuals, including programmers, students, and hobbyists, to create their projects without difficulties. With Arduino, you will quickly write and execute instructions on the microcontrollers using the abstracted Arduino language.
Arduino Programming
Arduino boards allow you to read it and turn it into output since you can program it to do what you want by sending instructions to the microcontroller on the board. To perform such operations, you need the Arduino programming language and the Arduino software (Integrated Development Environment). An Arduino programming language or Arduino language is based on C++ with added Arduino function libraries. Note that the special additional functions and libraries are specifically designed to work with Arduino and its microcontrollers. Also, you do not need a deep understanding of C++ language to write Arduino programs(also known as sketches) since the Arduino IDE offers extensive sample code to help you with the project. Arduino IDE is available on the Arduino official website, where you can download and install it on your computer to start creating sketches.
Advantages of Using Arduino
- Cross-platform – Arduino Software (Integrated Development Environment) runs on Windows, Mac OS, and Linux operating systems.
- Simple and user-friendly programming environment – Arduino IDE is simple-to-use for beginners and flexible for advanced users.
- Open-source Software – Arduino software is published as an open-source tool and is available for extension by skilled programmers and circuit designers.
- Affordable – Arduino boards are inexpensive compared to other microcontroller platforms. For instance, the pre-assembled Arduino modules price is less than $50.
Why Study Arduino Programming?
a)Buiding Projects: With Arduino programming, you can build various projects as a beginner or an advanced user. You can create significant projects by building robots, controlling lights and alarm systems, or experimenting with new musical instruments.
b)Makes learning electronics easier: If you are an electronics enthusiast, Arduino programming will give you the experience you require to understand how electronics and circuits operate. In case you only have theoretical knowledge, Arduino programming shows you how to play around with microcontrollers physically using the Arduino boards.
c) Introduction to programming: Learning Arduino programming is a way of gaining programming basics since it introduces you to simple C and C++ languages. Keep in mind that Arduino language is easy to understand for newbies and professionals.
Recommended Video Courses To Learn Arduino Programming
Let’s dig deep into the courses you should choose when learning Arduino programming.
1. Arduino Programming and Hardware Fundamentals with Hackster
As a beginner or someone who has little knowledge of Arduino, you might wonder which is the introductory course for newcomers. Luckily, this video course will introduce you to the Arduino world with detailed and well-organized information. If you don’t have any electrical engineering background, this training ensures you gain knowledge on building circuits and understand programming Arduino into robots, IoT devices, and wearables. Since Arduino involves hardware platforms and programming languages, the instructor will take you through the basics of C/C++ programming language and show you how to create simple circuits. Remember that every section in the video course aims to provide you with Arduino programming skills.
You will have fun with the hands-on experience of interacting with Arduino projects as a simulation of how they appear in real life. Every lecture has a project that will challenge you and assist you in grasping the major Arduino concepts. Furthermore, exercises are provided as you progress with the course, and solutions are provided to give you more understanding. Within 7 hours and with 94 articles, you will gather the proper skillset required for building worthwhile Arduino projects. Any person curious about electronics and programming should feel free to learn from this course, and upon completion, one will receive a certificate.
Below are some of the topics in this course :
- Fundamentals of Arduino programming using C/C++.
- Creating circuits on the breadboard.
- Designing circuits and writing code for your project.
- More information on controlling sensors, robots, or the Internet of Things with Arduino.
- Coming up with programs that perform simple maths or control motors.
2. Arduino For Beginners – Complete Course
Are you stuck or probably having trouble picking the right Arduino course for a beginner? Don’t worry; this video course has ensured a starter will jump right into it and gather all the information a beginner in Arduino requires. Therefore, you do not have to feel stuck since everything you want to know has been condensed into this complete Arduino for beginners course. Note that it is meant for anyone, including students, teachers, hobbyists, engineers, Arduino makers, software developers, or anyone passionate about the Arduino world. You will enjoy the 15 hours of on-demand video since the creator goes directly to the point to ensure you get the knowledge you want including a certificate at the end. More materials that will help you during your learning process include an article and downloadable resources, plus you will get full-time access to the video course. A key point to note is that this top-grade video course provides a free simulation tool where you can practice Arduino programming without actual hardware. Starting this course requires no prior knowledge of Arduino, programming, hardware, or engineering.
Below are some of the topics you will cover in this course:
- Understand Arduino from scratch.
- Arduino programming using C/C++.
- Learn how to create your own Arduino projects.
- Setting up and using Arduino Integrated Development Environment.
- Working with LEDs, push buttons, and potentiometers.
- How to build interactive obstacle detection applications.
- Controlling the Arduino using an InfraRed remote controller
- Measuring distances with an ultrasonic sensor.
3. Programming the Arduino – Getting Started
In Arduino, one of the first steps toward programming is setting up Arduino IDE. After that, you can start writing code or creating an Arduino program, also known as a sketch. From this video course, you will realize that coding or programming in Arduino is effortless due to the existing ton of libraries making the process much easier. An added advantage is that you will gain the foundations of Arduino programming and a lot of practice exercises to ensure you are confident when undertaking any Arduino coding task. After learning using this course, you will be in a position to write, read and handle different types of Arduino programming projects. Also, the knowledge attained from this training gives you tips and skills for creating more complex Arduino programs for future use. Remember that you do not require programming experience to start this course since everything is explained smoothly and straightforwardly. If you dedicate 7 hours of your time to this course, you will acquire the programming skills necessary to create Arduino programs and get a chance to become an advanced Arduino Maker.
Topics covered in Programming the Arduino video course include:
- How to create structured and effective Arduino programs.
- Installing the Arduino IDE.
- Uploading a program to your Arduino board.
- C and Arduino programming in the Arduino Integrated Development Environment
- Set up a basic Arduino circuit.
- Write and practice coding practically.
- Separating your program into reusable blocks of code
4. Super way to Learn Arduino | Creative
Learning Arduino has become a regular exercise for given individuals. However, most people struggle to find the course that best suits their requirements. Thus why this course was created to rescue those who want to learn Arduino as well as think out of the box when creating their projects. It is a detailed video course showing you how to play around with Arduino programming and helps you become creative in this field. This training teaches you how to use C language and access pins in the Arduino board using the Arduino software. Note that you will gain knowledge on shields, defined as the small boards plugged into the Arduino main board to perform various functions. Joining this course gives you a platform for creative learning and exposes you to Arduino programming hands-on experience. After the end of the course, you will have great ideas which will assist you in building innovative projects and get a certificate of completion when you are done. Note that it is a short and practical course of 3 hours of on-demand video with additional 12 articles for reference, and you have full lifetime access to the course.
Topics covered in this course include:
- Programming in Arduino.
- Composition of the Arduino development board.
- Basic and solid background in electronics, programming, and Arduino.
- How to use Arduino board.
- Installing Arduino IDE.
- Compiling and running a program.
- Explaining functions, their definition, and invocation.
- Invoking functions in classes.
5. The Most Complete ARDUINO MASTERCLASS for Beginners
If you are looking for an outstanding course where you will study Arduino programming from the beginning, you are in the right place. In this outstanding training, you will learn how to write Arduino code that works appropriately and is easy to understand. Sometimes reading through theoretical materials dulls the learning process; thus, you are taken through the practicals, which include creating programs without copying and pasting the code. You will acquire excellent skills since you are given a chance to practice what you have learned through practical exercises and quizzes. Students are allowed to become independent Arduino programming professionals from the worthwhile projects in the last section of the course. After completing the 3.5 hours of videos and reviewing 18 articles from this course, you will feel ready for the Arduino world. Note that you have unlimited access to the learning materials, and you can use your mobile or TV to read and later attain a certificate after completing the course. Get a better understanding of Arduino by joining this course.
Some of the things you will learn in this course include:
- Understand Arduino, how its built, and its benefits.
- Most used functions, constants, and operators in Arduino.
- Writing Arduino programs and learning how to use Arduino IDE.
- Electronics basics such as the difference between Analog and digital electronics.
- Detailed content on Algorithms and basics of the C language.
- Standard sensors and how you can use them.
6. Arduino Bootcamp: Learning Through Projects
Arduino is a necessary computer hardware and software platform that helps create digital devices and interactive objects capable of sensing and controlling the physical environment around them. In this course, you will learn Arduino despite your level of experience. Keep in mind that this course is divided into simple, intermediate, and advanced project sections allowing you to start or progress from any level depending on your Arduino programming know-how. Thus, if you are a beginner, the first lessons will introduce you to the Arduino platform and help you proceed to simple projects. If you know some Arduino concepts, kick start with the intermediate project section. When comfortable with Arduino, jump straight to the advanced projects where you will focus on complex tasks such as online weather stations. You will go through the 9.5 hours of on-demand video from this Bootcamp and become proficient with Arduino, considering this course focuses on a project-based learning method. Get a certificate of completion after studying this video course and using the additional resources.
Topics covered in this course are:
- How to build games with Arduino incorporating light sound and joystick controllers.
- Understand major electronic components.
- Create complex electronic projects.
- Building a remote-controlled vehicle that you can drive with a smartphone application.
- Becoming a confident Arduino Maker and prototyper.
- Making a cell phone that can make or receive calls and receive or send texts.
7. Arduino Step by Step: Getting Started
Are you an Electronics enthusiast or hobbyist wondering how one starts learning Arduino programming? There is no need to worry since this course provides the most effective learning content to understand Arduino better. Also, it will favor you as a beginner since it teaches from basics to more complex concepts and helps in mastering Arduino programming. Remember that gaining fundamental knowledge is very motivating as it assures you of grasping the deeper and more detailed content. Note that the learning process is smooth since there are 16 hours of video courses divided into different parts plus quizzes and mini projects to make learning Arduino enjoyable.
Some of the things you will learn from this course:
- Introduction to Arduino.
- How to write simple Arduino sketches.
- Building simple and practical Arduino sketches to perform various functions, such as making LEDs blink.
- Arduino programming and its usage, structures, functions, and basic concepts.
- Arduino Integrated Development environment and how to write, complete and upload sketches.
- Digital and analog inputs and outputs.
- Understanding prototyping.
- Gaining knowledge on ways in which Arduino communicates with other devices.
8. Basic electronics for Arduino Makers
Being an Arduino Maker will require a general understanding of electronics. Thus, learning how to write and modify Arduino programs will not be enough until you know how to use capacitors, calculate transistors, voltage drops, and much more. In this course, you are taught the foundation of electronics components that will truly help you enjoy Arduino programming. Remember that this is a video course mainly for those who have already interacted with Arduino and would like to understand electronics better and how the two relate. With some experience in Arduino and prototyping platforms, this training will teach you the relevant calculations and measurements to consider when creating your Arduino projects. If you have already spent time tinkering with Arduino, dedicate 7.5 hours to go through the video course and utilize the available articles to gain knowledge on electronics for Arduino makers. With lifetime access to the training and viewing the videos from either a TV, mobile phone, or computer, it is guaranteed that you will get a certificate of completion at the end of the course.
Topics covered in Basic electronics for Arduino Makers course are:
- Concepts of voltage, resistance, and current.
- Using Ohm’s Law and Kirchhoff’s Laws.
- Definition of and calculating energy and power.
- Understanding the use of capacitors.
- Measuring the voltage drop of a diode.
- Protecting a circuit from reverse polarity.
- How to read the value of a resistor from its package.
- Using pull-up and pull-down resistors.
- How to use capacitors as energy stores and filters.
9. Arduino Step by Step Getting Serious
When you feel like you already have a basic understanding of Arduino, take this comprehensive course to extend your knowledge. From this training, you will build the necessary skillset required to work with Arduino components and existing techniques. Most individuals are interested in Arduino programming since it introduces people to the world’s famous electronics and prototyping platform. Hence, you can use this course where the instructor will teach you electronics, programming, engineering, and how to build top-grade projects using the acquired skills. Create a gateway to your career by completing the 34 hours of video course with important content on Arduino. To make it a smooth learning course, the creator has split it into 40 sections and more than 250 lectures which are easy to follow. Peter, the instructor, has included multiple samples of code, demonstrations, and scenarios that will provide more exposure to Arduino programming. Remember that you can always ask questions from the course discussion forum, where the responses are given regularly. Get a certificate by completing this unique training and appreciate the expertise you will gain.
Topics covered in this course include:
- Communications technologies such as Wifi, BLE, and radio.
- Control huge loads like lights.
- Improving button reliability using hardware debouncing.
- Minimizing memory footprint, reducing power consumption, and increasing performance by optimizing an Arduino sketch.
- Storing data in external storage.
- Enhancing Arduino’s ability to control devices with port expanders and shift registers.
- Creating motion with motors and controllers.
10. Arduino Step by Step More than 50 Hours Complete Course
Arduino programming is a vast field that requires thorough study and proper training. Thus, this complete video course will take you through the basics to the advanced level of Arduino, allowing you to jump from a beginner to an expert in the Arduino world. Remember that Arduino requires programming for the users to build worthwhile projects; hence, this course aims at teaching you the programming concepts in a step-by-step learning method. If you are afraid of starting your journey in Arduino due to a lack of programming skills, then this is the perfect course. One of the outstanding benefits of this training is that the creator has divided the course into 16 sections to ensure that you grasp every concept of Arduino. Note that no prior knowledge is required to begin this course and the 52.5 hours of the videos ensure that the students have extensively and adequately understood Arduino programming. A notable advantage is the freedom to access the course for a lifetime and a certificate after completing the course.
Topics covered in this course include:
- Arduino, C Programming, PIC, IoT.
- Definition of a program and benefits C language offers for embedded system programming.
- Types of Variables in C Language.
- Arduino ports and the process of sending and receiving data using them.
- If-else condition in Arduino program.
- Importance of learning PIC microcontroller
- Using arrays in an Arduino program.
- A railway project using an Arduino.
Conclusion
Arduino has continuously remained famous over the years. Thus, students, professionals, hobbyists, and enthusiasts have utilized Arduino programming while creating simple to complex projects. Start or progress your career in Arduino programming by joining any of the recommended video courses in this article. Keep in mind that with knowledge comes wisdom, and these courses will equip you with the skills and expertise you want. Enroll from the buttons below each course, learn and get a chance to turn your innovative ideas into Arduino systems. Also, these courses favor anyone from beginners to advanced users, allowing you to elevate your career or interests to the next level.
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