Arduino Programming for absolute beginners using Arduino UNO
What you'll learn
- Understand the basics of electronic components and how they work.
- Learn how to prototype Arduino projects.
- Creating simple circuits on a breadboard
- Interfacing of the sensor with Arduino.
- How to solve real-world problems by using the concepts of coding and electronics.
- Practical and project-based learning
- Understand the basics of coding.
Requirements
- 1. Excitement and dedication to learn Arduino and coding .
- 2. Laptop / PC with Windows, Mac, Linux
- 3. Electronics components resistor, potentiometer, breadboard connecting wires, buzzer.
- 4. Ultrasonics sensor, IR sensor, Photoresistor sensor, Arduino, Arduino cable
- 5. Good internet connectivity
- 6. Arduino IDE
- 7. Essential tools multimeter, soldering iron, solder, and wire cutter.
Description
Sometimes tiny open-source Arduino microcontrollers can spark the global revolution.
Today thousands of students, learners, makers, hobbyists, engineers, creators, and non-engineers create interactive projects using a credit card-sized microcontroller named Arduino UNO.
No programming, electronics, and robotics are required for this course. All you need is passion, a stable internet connection, and an Arduino UNO.
An effective way to learn is by building Arduino projects. There is no limit to creating the more you make, the more creative and innovative you will become.
This is an Arduino project-based learning course. You will learn about the Arduino microcontroller, some sensors, and some input and output devices.
We follow the learn differently methodology - Connect, code, and create
Join the maker revolution.
Who this course is for:
Students, Engineers, Developers, Hobbyists, and makers
Software developers who want to discover the electronics/hardware world
Anyone with hardware project ideas who want to bring them to the world.
It's a beginner-friendly course.
No prior coding and electronics knowledge is required for this course.
Students over 10 years of age, or younger with adult supervision.
The projects covered in this course are best for students who are starting their Arduino programming journey for the first time.
What will you learn?
Understand the basics of electronic components and how they work.
Learn how to prototype Arduino projects.
Creating simple circuits on a breadboard
Interfacing of the sensor with Arduino UNO.
How to solve real-world problems by using the concepts of coding and electronics.
Practical and project-based learning
Understand the basics of Arduino Programming.
Be a confident Arduino maker.
How to use multimeter measure - current, voltage, resistance.
Learn differently - Connect, code, create.
Requirements :
Excitement and dedication to learning Arduino UNO and Arduino coding.
Laptop / PC with Windows, Mac, Linux
Electronics components resistor, potentiometer, breadboard connecting wires, buzzer.
Ultrasonics sensor, IR sensor, Photoresistor sensor, Arduino, Arduino cable
Good internet connectivity
Arduino IDE
Essential tools are a multimeter, soldering iron, solder, and wire cutter.
Who this course is for:
- Students, Engineers, Developers, Hobbyists, and makers
- Software developers who want to discover the electronics/hardware world
- Anyone who has a hardware project idea and wants to bring it to the world.
Instructor
Hi, I'm Jatin Kumar Pawar. I’m a computer science engineer, Content Creator, Instagram Community Admin, and Entrepreneur.
Building the world's strongest Electronics, Robotics, and IoT community on Instagram. In our Instagram Community journey with all followers' support, we build 124k+ members Engaging the community in 1year 2months. Collaborated with National & International brands and also created content for them. Planned, designed & executed successful marketing campaigns for brands of the same niche.
I’ve been working on programming robots for years. When I first started I really had a lot of trouble trying to properly learn. I found what works and what doesn’t work, what I needed, and what I didn’t need. So now I’m sharing that with you, so you can save the precious time you have.
The approach I have in my online courses is really down-to-earth and practical. I like to make complex stuff easy to understand, by teaching step by step, going to the point, and through a ton of practice.
I believe in learning different methodologies - Connect, code, and create.
Join the maker revolution.