Arduino Object Oriented Programming OOP
- Description
- Curriculum
- FAQ
- Reviews
This programming course is an introduction to Arduino Object-Oriented Programming. If you have already programmed Arduino using C++, and are ready to start writing Arduino OOP code, this is the place.
I’ll demonstrate step-by-step how to correctly rewrite some common Arduino codes using the object-oriented approach.
At the end of this course, you will receive the entire code so you can then try it out on your own Arduino board.
Course Content Includes the Following:
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What is Object-Oriented Programming
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Why you should use Classes and OOP with Arduino Coding
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How to Write a Class from Scratch
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Practical Example using Classes to Control Inputs and Outputs
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Hardware and Software Requirements
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Create Your First Class
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Objects and Their Relationship to Classes
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Complete Arduino Object-Oriented Code
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Reorganize Your Arduino OOP Code
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Arduino Object-Oriented: It’s Already Everywhere
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Arduino Multi-tasking with FreeRTOS
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Arduino Multithreading: Do More with Less!
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Improve Your Arduino Programming Skills
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Arduino Power Consumption
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Arduino Interrupt: Step by Step Guide with Practical Example
The Arduino programming language is essentially a subset of C/C++. You can construct classes, use inheritance, composition, and a variety of other OOP features.
Why You Should Take This Course:
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You will learn how to create classes, use inheritance and polymorphism, and write reusable code.
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The course is taught by an experienced Arduino instructor who has been teaching Arduino for many years.
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Create more complex programs with ease, using methods that you understand.
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Get helpful tips and advice from experienced Arduino programmers.
Do you want to learn more about OOP for Arduino?
Take a look at this comprehensive Arduino OOP course. Sign up now!
About the Instructor: Educational Engineering Team
The Educational Engineering Team is a leading team in the Microcontroller Industry, with over 13 years of experience in teaching and practical projects. We strive to share our hands-on experience in these courses, providing step-by-step blueprints on taming both simple and complex topics in easy-to-digest bite-sized videos.
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Ashraf:
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Educator, Mechatronics engineer, electronics and programming hobbyist, and Maker.
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Creator of online video courses on the EduEng YouTube Channel with over 4 million views and 20k+ subscribers.
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Author of four Microcontroller books.
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Founder and Chief Educational Engineer at Educational Engineering Team.
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Passionate about exploring new trends and technology, and helping educate the world.
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Our online courses have helped over 250,000 people worldwide to improve their skills and careers in the industry.
Call to Action: Join us and start mastering Arduino Object-Oriented Programming today! Enroll now and enhance your programming skills with OOP techniques.
FAQ:
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What is OOP?
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Object-Oriented Programming (OOP) is a programming paradigm based on the concept of “objects,” which can contain data and code.
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Do I need prior experience to take this course?
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Some prior experience with Arduino and C++ is recommended but not required.
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What will I learn in this course?
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You will learn how to apply OOP principles in Arduino programming, create classes, and write reusable code.
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9IntroductionVideo lesson
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10Hardware and Software RequirementsVideo lesson
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11Download and Install Arduino IDEVideo lesson
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12Thread ConceptVideo lesson
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13Theoretical Background behind ProtothreadingVideo lesson
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14Working PrincipleVideo lesson
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15Circuit ConnectionVideo lesson
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16Adding Important Library to Arduino IDEVideo lesson
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17Coding the First two TasksVideo lesson
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18Coding the third task and finishing upVideo lesson
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19Solving Library IssuesVideo lesson
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20Practical Code TestingVideo lesson
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21Implementing Multithreading in Arduino with ProtothreadingText lesson
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22QuizQuiz
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30IntrooductionVideo lesson
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31Introduction with marketingVideo lesson
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32AVR Architecture in DatasheetVideo lesson
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33Introduction to RegistersVideo lesson
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34Why using Register Level ProgrammingVideo lesson
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35Types of MemoryVideo lesson
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36Input Output Ports OverviewVideo lesson
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37Register SummaryVideo lesson
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38Design A Simple CircuitVideo lesson
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39Coding ArduinoVideo lesson
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40Rewrite our Code using Registers Setup FunctionVideo lesson
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41Rewrite our Code digital Write using RegisterVideo lesson
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42Bitwise OR Operation on RegisterVideo lesson
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43Bitwise AND Operator to Clear valuesVideo lesson
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44Bitwise AND to read input PinVideo lesson
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45BV Macros FunctionVideo lesson
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46Advanced Arduino Programming with Register Manipulation and Bitwise OperationsText lesson
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47QuizQuiz
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48Download and Install ProetusVideo lesson
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49Lower Voltage SupplyVideo lesson
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50Replace or Remove Power Consuming ComponentsVideo lesson
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51Arduino Interrupt Wake Up ModeVideo lesson
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52Arduino Timed Wake Up ModeVideo lesson
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53Reduce Power Consumption using External TimerVideo lesson
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54Deep Sleep ModeVideo lesson
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55Solar Powered ArduinoVideo lesson
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56Sensor Based Board ControlVideo lesson
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57Lowering Arduino Clock SpeedVideo lesson
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58Other Power Reduction OptionsVideo lesson
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59how to make Arduino Uno board at home IntroductionVideo lesson
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60Basic Parts RequirementsVideo lesson
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61Parts needed to get the job doneVideo lesson
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62Wire up a power supplyVideo lesson
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63ATMEGA IntroductionVideo lesson
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64ATMEGA connectionVideo lesson
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65Arduino ReadyVideo lesson
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66Boot loading your chips optionalVideo lesson
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67Finish up and burn the boot loaderVideo lesson
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68How to make Arduino Board at home The EndVideo lesson
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69Strategies for Reducing Power Consumption in Arduino ProjectsText lesson
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70QuizQuiz
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71Types of InterruptsVideo lesson
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72Arduino InterruptsVideo lesson
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73Using Interrupts in ArduinoVideo lesson
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74Simple Circuit DesignVideo lesson
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75CodingVideo lesson
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76Simulating Arduino InterruptVideo lesson
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77Adding LCD to Our CircuitVideo lesson
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78Coding Interrupt with LCDVideo lesson
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79Simulating Arduino Interrupt with LCDVideo lesson
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80ATMEGA connectionVideo lesson
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81Download and Install Arduino SoftwareVideo lesson
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82Practical Implementation of Interrupts in Arduino ProjectsText lesson
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83QuizQuiz
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