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Overview
Syllabus
) Course Introduction.
) Section 2: Foundation of Electronics.
) Electricity .
) Static Electricity .
) Current Electricity .
) Voltage .
) Current .
) Resistance .
) Ohm’s Law .
) Ohm’s Law Example .
) Resistances in Series and Parallel .
) Resistance Color Coding.
) Section 3: Intro to Arduino Board.
) What is Microcontroller and Microprocessor .
) What category Arduino falls into? .
) Different Types of Arduino Boards .
) About Arduino .
) Parts of Arduino Uno .
) Technical Specifications of Arduino Uno.
) What is IDE? .
) Downloading and Installing the official IDE .
) Preparing your computer .
) Testing the Arduino. .
) What if you don’t have an Arduino board?.
) Section 5: Before we move ahead.
) What is breadboard? .
) How to make connections in breadboard? .
) Some safety instructions and Do’s and Don’ts .
) Input & Output .
) Analog & Digital .
) Bit & Byte.
) Section 6: Arduino Programming.
) Introduction .
) The First Step into Programming .
) Bare minimum structure of an Arduino Program.
) Comments .
) White Spaces and Case Sensitivity .
) pinMode .
) digitalWrite and delay .
) Camel casing.
) What are variables and data types .
) Int data type .
) Arithmetic operators .
) Incrementing and Decrementing our variables .
) Float data type .
) Bool/Boolean data type .
) Byte data type .
) Char data type .
) Conclusion .
) What is Scope? Global and Local Variables .
) What are Qualifiers, starting with const qualifier .
) Alternative to const qualifier: #define .
) Static Qualifier.
) What are comparison operators? .
) What are Logical Operators?.
) Section 6.3 Control Structures .
) if statement .
) else statement .
) A joke :P .
) if - else Simulation .
) Introduction to loop control structures .
) For loop .
) While loop .
) do…while loop .
) break .
) continue .
) return .
) switch..case.
) Arrays .
) Strings.
) What are functions? .
) Create your own functions.
) digitalRead & digitalWrite .
) analogRead and Analog to Digital Converter (ADC) .
) analogWrite and Pulse Width Modulation (PWM).
) What are Libraries?.
) How to add Libraries in Arduino IDE.
) What next?.
Taught by
freeCodeCamp.org
Reviews
4.7 rating, based on 96 Class Central reviews
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This course is excellent and very well-structured. The content is clear, practical, and easy to follow, even for beginners. It provides strong fundamentals, real-world examples, and helps build confidence step by step. I highly recommend it to anyone who wants to improve their skills and gain solid knowledge in this field.
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This course provides a comprehensive and accessible introduction to Arduino. What truly sets it apart is its clear, concise explanations of fundamental concepts, ranging from basic electricity (voltage, current, resistance) to understanding the Ardu…
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This introductory Arduino web course is an excellent starting point for anyone looking to bridge the gap between software and hardware. The lessons are well-structured, guiding complete beginners through core electronics, breadboard wiring, and basic C/C++ micro-controller programming without feeling overwhelming. Step-by-step video demonstrations make initial setup and project building—like blinking LEDs and reading sensor data—effortless to follow. The hands-on projects build genuine confidence, while troubleshooting guides help clear common setup hurdles quickly.While advanced programmers might find the pace a bit slow, it is perfect for hobbyists and students wanting a solid foundation in DIY electronics.
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The **Arduino Course for Beginners** was well-structured and easy to understand. The instructor explained the basic concepts clearly, and the practical examples made learning more engaging. This course helped me build a strong foundation in Arduino programming and basic electronics. Overall, it was a valuable learning experience.
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This course is really good for someone to start Arduino from zéro even if you don't have a lot of information about electronics
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The Arduino course was a great learning experience for beginners. It helped me understand the basics of electronics, programming, and microcontrollers in a simple way. The practical projects made the concepts easier to understand and improved my problem-solving skills. The course covered important topics like sensors, LEDs, motors, and Arduino programming. The explanations were clear, and the hands-on activities increased my confidence in building small electronic projects. Overall, this course provided a strong foundation in Arduino and embedded systems. It is a useful course for students who want to explore electronics, coding, and hardware development.
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I am an ICT teacher with a focus on programming. Recently, our school launched a new curriculum that includes Arduino and Basic Electricity concepts. Initially, I had no background or experience in these areas. Thankfully, Class Central and freeCod…
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this builds a very strong foundation , now from here i can understand what ChatGpt is providing me . Thank you Sir, for this course
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This Arduino course is a great starting point for beginners who want to learn electronics and programming. The lessons are clear, simple, and easy to understand, even if you have no experience at all. It covers all concepts like LEDs, sensors, and coding with projects to help you practice. The course also explains how Arduino is open-source, which is great for learning and sharing ideas. Overall, it's a helpful and fun way to start building your own Arduino projects.
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The course is a great introductory course on how to get into Arduino as a beginner. It shows the fundamentals, while keeping it bite-sized as well to ensure easy learning
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good excellemt beginnner coursse.increasing intrest in audrino.good excellemt beginnner coursse.increasing intrest in audrinogood excellemt beginnner coursse.increasing intrest in audrinogood excellemt beginnner coursse.increasing intrest in audrino
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This course is excellent and very well-structured. The content is clear, practical, and easy to follow, even for beginners. It provides strong fundamentals, real-world examples, and helps build confidence step by step. I highly recommend it to anyone who wants to improve their skills and gain solid knowledge in this field.
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That's a good and professional elearning tool, not heavily spending you lots of time. It is easier for beginners to pick up some basic understanding.
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This is an exceptional introductory course for anyone looking to get started with Arduino and open-source electronics. The concepts are broken down in a way that is incredibly easy to understand, even for someone with absolutely no prior background in programming or hardware. The pacing is perfect, and the hands-on projects make learning highly engaging and practical. I highly recommend this course to all beginners!
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The Robotics Arduino UNO course was an exciting and practical learning experience. It helped me understand the basics of electronics, coding, and robotics in a simple and interesting way. I learned how to use sensors, LEDs, motors, and circuits with the Arduino UNO board. The hands-on projects made learning fun and improved my problem-solving skills. The course also introduced me to programming concepts and showed how robots can perform different tasks automatically. The instructions were easy to follow, and each activity increased my confidence in building small robotic projects. Overall, this course was educational, creative, and inspiring for anyone interested in technology and robotics.
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The tutorial was exceptionally well-structured, making complex electronic concepts accessible for beginners. I particularly appreciated the clear, high-definition close-ups of the breadboard wiring; seeing exactly where each jumper wire connected to the Atmega328P pins prevented common grounding errors.
The instructor’s explanation of the code logic—specifically the difference between void setup() and void loop()—was concise and easy to follow. However, including a brief troubleshooting section for common IDE port errors would add even more value. Overall, this is a fantastic resource that builds genuine confidence in hardware programming. Highly recommended for aspiring makers! -
The Arduino course was excellent! It provided clear instructions, hands-on projects, and great support.
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The Arduino course you mentioned seems highly effective for beginners, with clear explanations that make complex concepts easy to grasp. Learners often appreciate the hands-on approach and the structured progression from basic to advanced topics. It’s a solid choice for anyone starting in electronics and programming.
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The Arduino course provides a hands-on introduction to microcontrollers, programming, and electronics. Students learn to set up the Arduino IDE, write and upload code, and control devices like LEDs, motors, and sensors. It covers digital and analog I/O, serial communication, and web-based controls using Ethernet or Wi-Fi shields. Practical projects reinforce understanding, from simple blinking LEDs to interactive web pages. The course emphasizes problem-solving, circuit design, and real-time debugging skills. By the end, learners gain confidence in building embedded systems, integrating hardware and software, and developing IoT-enabled projects with creativity and precision.
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This Arduino course is a great starting point for beginners. The explanations are clear, simple, and easy to follow, even if you have no prior experience with electronics or programming. I especially liked how the course combines theory with practical examples, which helps to understand how everything works in real projects. The pace is comfortable, and the instructor explains each step in detail. It’s a solid introduction to Arduino and open-source electronics.