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IT and Software Arduino Microcontrollers

Build 11 Arduino Practical Projects today!

Learn through performing real-world tasks Projects to put all you've learnt into practice

Course Instructor

Ashraf Said AlMadhoun

Duration

9 hours

Last updated

July 9, 2024

Students

0

£34.99 inc. VAT

More about the course

Learning by doing makes the difference between merely learning and truly applying what you've learned. In this course, you’ll experience Arduino in action, starting with simulation and progressing to hardware connections and real-life code testing. This practical approach allows you to ensure your circuit functions as expected, and you'll have the satisfaction of building your first fully functional Arduino project. However, it’s important to remember that a circuit working in simulation doesn’t guarantee it will work in real life. Over 85% of simulated circuits encounter issues when initially connected to hardware. This course will help you navigate these challenges, turning theoretical knowledge into practical skills.

You will have the following skills after completing this course:

  • Connect different types of sensors and actuators to Arduino
  • Interface different types of electronic elements with Arduino
  • Use sensors and actuators to make useful projects
  • The program, burn a code and wire Arduino
  • Learn What are the right tools that you need to start making amazing projects
  • Learn What makes a great Arduino Project

Who will benefit from this course?

  • Beginners in Electronics and Programming: Those new to electronics and programming will find this course a practical introduction to Arduino and circuit design.
  • Hobbyists and Makers: Individuals who enjoy DIY projects and want to expand their skills with Arduino will benefit from the hands-on approach.
  • Students and Educators: This course provides valuable resources for students learning about microcontrollers and educators seeking to enrich their curriculum.
  • Engineers and Technicians: Professionals looking to enhance their prototyping and troubleshooting skills with Arduino will gain practical insights.
  • Anyone Interested in IoT: Those curious about the Internet of Things (IoT) will gain foundational knowledge applicable to IoT projects using Arduino.

Why Should You Take This Online Course?

  • Expertly Designed and Delivered by Industry Experts: Developed and delivered by ASHRAF SAID ALMADHOUN -Professional Mechatronics Engineer.
  • Immediate Recognition with an Instant E-Certificate: After finishing our online course, you will receive an instant E-certificate. This certification acknowledges your dedication and successful course completion, allowing you to demonstrate your newly gained knowledge and skills to potential employers, colleagues, or clients. The E-certificate validates your accomplishments immediately, raising your professional standing.
  • Convenient Online Learning Experience: Because our course is entirely online, you may learn at your own pace and convenience. The course materials are accessible from anywhere and anytime, making it ideal for people with hectic schedules. The curriculum is delivered via captivating videos and extensive reading materials, creating a dynamic and interactive learning experience.
  • Self-paced Learning for Maximum Progress: We recognise that everyone has various learning styles and time commitments. As a result, our online course provides self-paced study. You can work through the course materials independently, allowing for a more personalised learning experience. Our course supports your individual learning preferences, whether you like to immerse yourself in the information or take it step by step.
  • Laptop, tablet, and smartphone compatibility: Our online course is device-compatible to improve accessibility. Whether you choose a laptop, tablet, or smartphone, you may easily access and interact with the course contents. This adaptability allows you to learn on the go, incorporating your studies into your everyday routine and maximising your learning possibilities.

Career prospects after completing this course:

  • Embedded Systems Engineer: Design, develop, and test embedded systems and microcontroller-based applications.
  • IoT Developer: Create and implement Internet of Things (IoT) solutions using Arduino and related technologies.
  • Electronics Technician: Troubleshoot, repair, and maintain electronic systems and devices.
  • Prototyping Specialist: Develop prototypes for various electronic products and systems, utilising Arduino for rapid prototyping.
  • Automation Engineer: Design and implement automated systems in industries such as manufacturing and home automation.
  • STEM Educator: Teach electronics and programming concepts using Arduino, enhancing STEM education.
  • Robotics Engineer: Develop and program robotic systems, leveraging Arduino for control and sensor integration.
  • Freelance Developer: Offer custom Arduino-based solutions and projects for clients across various industries.

Industry Expert Instructor

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Ashraf Said AlMadhoun

0.11 0.10869565217391304
Professional Mechatronics Engineer

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Rated Excellent on Trustpilot

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Course Content

    • 1 Introduction _ Getting Started 00:05:00
    • 2 Who We Are 00:01:00
    • 1 How it works 00:01:00
    • 1 Hardware requirements 00:04:00
    • 1. Note 00:00:00
    • 2. Different types of Distance Sensors 00:20:00
    • 3. Types of sensors Capacitive sensing 00:12:00
    • 4. Types of sensors Inductive sensor 00:15:00
    • 5. Types of sensors Photoelectric sensor 00:10:00
    • 6. Types of Sensors Radar 00:10:00
    • 7. Types of Sensors Hall effect sensor 00:06:00
    • 2 What is Ultrasonic Sensor 00:09:00
    • 1 Download and Install Wiring Software 00:06:00
    • 1. Schematic Diagram 00:00:00
    • 2 Schematic Wiring Diagram 00:08:00
    • 1 The Code 00:13:00
    • 2 Coding 00:07:00
    • 1 Software and Hardware Requirements 00:08:00
    • 1 How Does It Work 00:04:00
    • 1. Arduino Circuit Diagram 00:01:00
    • Circuit Diagram 00:07:00
    • 1. Motion Detector Arduino Code 00:01:00
    • 2 Code Explained in Details 00:08:00
    • 1 What You Will Learn in this course 00:02:00
    • 1 Hardware Requirements 00:03:00
    • 2 What is Arduino + Software Download 00:05:00
    • 3 What is Ultrasonic Sensor 00:03:00
    • 4 What is Servo Motor 00:04:00
    • 1 Software Requirements Schematic 00:08:00
    • 2 Arduino Code Explained 00:06:00
    • 3. Download Processing Software for Java Code 00:00:10
    • 4 Processing Code + Java jdk 00:07:00
    • 1. Software Download Links 00:00:10
    • 1. Circuit Diagram for Assembly 00:00:00
    • 2. Arduino Code 00:00:00
    • 3. Processing Software Java Code 00:08:00
    • 1. Circuit Diagram for Assembly 00:00:00
    • 2. Arduino Code 00:02:00
    • 3. Processing Software Java Code 00:04:00
    • 1. Basic Parts Needed for this Project 00:02:00
    • 2 Practical Assembly 00:05:00
    • 1 Required Materials 00:09:00
    • 1 Circuit Diagram 00:06:00
    • 1. Code 00:02:00
    • 2 Code Overview 500 00:04:00
    • 3 Code Explanation Part One 00:04:00
    • 4 Code Explanation Part Two 00:06:00
    • 5 Code Explanation Part Three 00:05:00
    • 6. Resources 00:00:00
    • 1 How it Works 00:03:00
    • 1 Arduino 00:02:00
    • 2 Weight Balance Module 00:04:00
    • 3 Load Cell 00:04:00
    • 4 LCD Display 00:04:00
    • 1 Circuit Schematic 00:05:00
    • 1 Adding Module Library 00:03:00
    • 2. Final Code 00:03:00
    • 3 The Code Explained 00:11:00
    • 1 Calibrating Load Cell 00:03:00
    • 1 Soldering Module 00:09:00
    • 2 Explaining the whole system 00:03:00
    • 1 Adding LCD Display to Show Weight 00:04:00
    • 2. LCD Code for Arduino 00:02:00
    • 1 Required Materials 00:04:00
    • 2 Download and Install Arduino IDE 00:09:00
    • 1 Circuit Diagram LCD Connection Explained 00:05:00
    • 2 Circuit Diagram Continue 00:03:00
    • 1 How Does It Work 00:02:00
    • 1. Code 00:01:00
    • 1 Things Used in this Project – Hardware 00:03:00
    • 1. Wiring LCD + DH + Arduino 00:01:00
    • 2 Temperature and Humidity Sensor Wiring 00:04:00
    • 1 Code to Test DHT Sensors using Serial Monitor 00:05:00
    • 2 Code for LCD and DHT Sensor Together 00:04:00
    • 3 Final Code for LCD RTC and DHT Sensor 00:05:00
    • 1 Requirements 00:01:00
    • 2 Download and Install Arduino 00:07:00
    • 1 Components Explained 00:10:00
    • 1 Assembly 00:03:00
    • 1 The Code 00:13:00
    • 2. Explaining the Code 00:10:00
    • 1 Bluetooth RGB Controller App on Smartphone 00:02:00
    • 1 Hardware and Software Components 00:07:00
    • 1 Let_s Start Building 00:04:00
    • 2 How does it works 00:03:00
    • 1 Android Application 00:08:00
    • 2 Note 00:01:00
    • 1 Schematic 00:02:00
    • 2 Code 00:10:00
    • 3 Testing Code 00:03:00
    • 1 2 Wireless Power Introduction History and efficiency chart explained 00:05:00
    • 2 How Wireless Power Works 00:05:00
    • 1 Why We need wireless electricity 00:02:00
    • 2 Advantages and disadvantages 00:03:00
    • 1 Range of Witricity and Witricity Applications 00:04:00
    • 2 How Safe is Wireless electricity 00:01:00
    • 2 Wireless Powered Arduino Project 00:01:00
    • 3 Let_s Build IT 00:03:00
    • 4 Code and troubleshooting 00:05:00
    • 1 How Does This Circuit Work 00:02:00
    • 1 How Does It Work 00:02:00
    • 1 Circuit Diagram 00:08:00
    • 1 Arduino Alarm Clock Code Part1 00:07:00
    • 2 Arduino Alarm Clock Code Part2 00:04:00
    • 1 Arduino Alarm Clock Practical Assembly 00:04:00
    • 1. Circuit Design 00:00:00
    • 2. Code 00:02:00
    • 1 Arduino Piano Coding 00:18:00
    • 2 Arduino Piano Schematic using Fritzing 00:13:00
    • 3 Practical Assembly 00:10:00
    • Get Your Certificate & Transcript 00:00:00

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