Hands-On Arduino

Hands-On Arduino, available at $79.99, has an average rating of 4.5, with 104 lectures, based on 67 reviews, and has 733 subscribers.

You will learn about Students will get indepth knowledge about Arduino Uno board. Students will get exposure of Arduino Programming Concepts. Interfacing of Arduino with LED, Push button, Sensors, LCD, Keypad and Motors. Students will get to learn about data communication protocols like: UART, SPI, I2C. Students will learn the art of designing projects and prototypes using Arduino Uno board. Students will learn about Autodesk TINKERCAD platfrom and simulating Arduino projects on TINKERCAD. Students will learn about ADC and PWM functionality of Arduino. Interfacing Arduino with Android Application. This course is ideal for individuals who are Arduino developers, students, experts, Electronics Hobbyst and anyone who want to learn open source programming and hardware. or Programmers who want to control physical hardware/devices with the software It is particularly useful for Arduino developers, students, experts, Electronics Hobbyst and anyone who want to learn open source programming and hardware. or Programmers who want to control physical hardware/devices with the software.

Enroll now: Hands-On Arduino

Summary

Title: Hands-On Arduino

Price: $79.99

Average Rating: 4.5

Number of Lectures: 104

Number of Published Lectures: 104

Number of Curriculum Items: 104

Number of Published Curriculum Objects: 104

Original Price: $149.99

Quality Status: approved

Status: Live

What You Will Learn

Students will get indepth knowledge about Arduino Uno board.
Students will get exposure of Arduino Programming Concepts.
Interfacing of Arduino with LED, Push button, Sensors, LCD, Keypad and Motors.
Students will get to learn about data communication protocols like: UART, SPI, I2C.
Students will learn the art of designing projects and prototypes using Arduino Uno board.
Students will learn about Autodesk TINKERCAD platfrom and simulating Arduino projects on TINKERCAD.
Students will learn about ADC and PWM functionality of Arduino.
Interfacing Arduino with Android Application.

Who Should Attend

Arduino developers, students, experts, Electronics Hobbyst and anyone who want to learn open source programming and hardware.
Programmers who want to control physical hardware/devices with the software

Target Audiences

Arduino developers, students, experts, Electronics Hobbyst and anyone who want to learn open source programming and hardware.
Programmers who want to control physical hardware/devices with the software

This course is about Arduino Uno board which is one of the most popular platforms used for prototyping of electronics circuits. A detailed coverage of Arduino programming has been provided, so that you can easily deploy Arduino Uno board in applications such as Robotics, Automation, Internet of Things (IoT), Healthcare and many more. The course provides detailed information on programming aspects as well as hardware features of Arduino Uno board. Special emphasis has been given to interfacing of external peripherals and sensors so that you can understand the insights of the real world applications that can be designed using Arduino Uno board. All the examples that are covered in this course have been tested on the hardware so that readers can directly take them as a reference for their own applications.

Features:

Detailed coverage of Arduino Uno programming using Arduino IDE.

Prime emphasis on programing logic development so that readers can learn the art of writing efficient codes as quickly as possible.

Coverage of sensor interfacing with Arduino Uno board.

Coverage of Motor Interfacing.

Coverage of data communication protocols such as UART, SPI and I2C.

Integration of Arduino Uno with Android Application.

Simulation of Arduino based circuits using TINKERCAD platform.

Coverage of projects with fully tested and ready to use codes.

Course Curriculum

Chapter 1: Introduction

Lecture 1: About the Course

Lecture 2: Introduction to Arduino

Lecture 3: Introduction to Arduino Contd.

Lecture 4: Introduction to Arduino Part 3

Lecture 5: Getting Started with TINKERCAD

Lecture 6: TINKERCAD LED blinking

Chapter 2: Working with LEDs

Lecture 1: Controlling on board LED of Arduino Uno

Lecture 2: LED Blinking Part 2

Chapter 3: Working with Pushbuttons

Lecture 1: Connecting External Push button with Arduino

Lecture 2: TINKERCAD Push Button Interfacing: Part 1

Lecture 3: TINKERCAD Push Button Interfacing: Part 2

Lecture 4: Push button part 2

Lecture 5: push button part 3

Lecture 6: Uploading and Testing Push button program

Chapter 4: Working with External Interrupts

Lecture 1: External Interrupt: Introduction

Lecture 2: External Interrupt: Programming Challenge

Lecture 3: External Interrupt: Coding Part

Lecture 4: External Interrupt: Simulation Part 1

Lecture 5: External Interrupt: Simulation Part 2

Chapter 5: Serial Communication in Arduino

Lecture 1: Introduction to Serial data communication

Lecture 2: Serial Communication Part 2

Lecture 3: Serial Communication Part 3

Lecture 4: Serial Communication Part 4

Lecture 5: Serial Communication Part 5

Lecture 6: Serial data transmission

Lecture 7: Serial data transmission-part 2

Lecture 8: Serial data transmission-part 3

Lecture 9: Serial data transmission-part 4

Lecture 10: Serial data reception

Lecture 11: serial data reception part2

Lecture 12: Software Serial Port Programming part 1

Lecture 13: software serial port programming part 2

Lecture 14: software serial port programming part 3

Lecture 15: software serial port programming part 4

Lecture 16: software serial port programming part 5

Chapter 6: Analog to Digital Conversion & PWM

Lecture 1: ADC Introduction

Lecture 2: Working with inbuilt ADC

Lecture 3: ADC-PART 2

Lecture 4: ADC-PART 3

Lecture 5: ADC-PART 4

Lecture 6: ADC-PART 5

Lecture 7: PWM generation on Arduino Uno

Lecture 8: PWM Part 2

Lecture 9: PWM Part 3

Lecture 10: PWM Part 4

Chapter 7: Working with HC-05 Bluetooth module

Lecture 1: Controlling on board led through Mobile App

Lecture 2: Hands-On Bluetooth Interfacing

Chapter 8: Motor control using Arduino

Lecture 1: Motor Driver and its need

Lecture 2: L293D Interfacing Contd.

Lecture 3: Controlling dc motor

Lecture 4: DC Motor Interfacing Circuit

Lecture 5: Coding Part: DC Motor Control

Lecture 6: Hands-On DC Motor Control

Chapter 9: servo motor control

Lecture 1: Servo Motor Interfacing with Arduino

Lecture 2: Servo motor control using Arduino

Lecture 3: Servo Motor Part 2

Chapter 10: LCD interfacing with Arduino

Lecture 1: Understanding 16×2 LCD

Lecture 2: Interfacing 16×2 LCD with Arduino

Lecture 3: Designing LCD interfacing circuit in TINKERCAD

Lecture 4: Writing string on 16X2 LCD

Lecture 5: Hands-On LCD Interfacing: Part 1

Lecture 6: Hands-On LCD Interfacing: Part 2

Chapter 11: Sensor Interfacing with Arduino

Lecture 1: IR sensor

Lecture 2: IR Sensor Contd.

Lecture 3: Light sensor

Lecture 4: Light Sensor Part 2

Lecture 5: Light Sensor Part 3

Lecture 6: PIR Motion Sensor

Lecture 7: PIR Motion Sensor Part 2

Lecture 8: ultrasonic sensor part 1

Lecture 9: ultrasonic sensor part 2

Lecture 10: ultrasonic sensor part 3

Lecture 11: ultrasonic sensor part 4

Lecture 12: Temperature Sensor LM35 Interfacing with Arduino

Lecture 13: TMP36 Temperature Sensor part 1

Lecture 14: TMP36 Temperature Sensor part 2

Lecture 15: Soil Moisture sensor

Lecture 16: Gas sensor Interfacing: Part 1

Lecture 17: Gas Sensor Interfacing: Part 2

Lecture 18: Gas Sensor Interfacing: Part 3

Chapter 12: Advance communication protocols

Lecture 1: SPI: Introduction

Lecture 2: SPI Programming Algorithm

Lecture 3: SPI: Coding Part

Lecture 4: I2C: Introduction

Lecture 5: I2C: Coding Part

Lecture 6: I2C: TINKERCAD Simulation

Chapter 13: Keypad Interfacing with Arduino

Lecture 1: Keypad Interfacing Part 1

Instructors

Dr. Umesh Dutta
Ph.D. in Electronics & Communication Engineering

Rating Distribution

1 stars: 0 votes
2 stars: 1 votes
3 stars: 1 votes
4 stars: 18 votes
5 stars: 47 votes

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