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Arduino 3D OLED Compass

Design, build, and code a fully functional 3D compass using Arduino, OLED displays, and sensors.

Alle Stufen • 8 Vorträge • Lebenslanger Zugriff
Educational Engineering Team

Verifizierter Meister-Dozent

Arduino 3D OLED Compass
ANHÄNGER
Treffen Sie Ihren Lehrer: Educational Engineering Team

19 ms

5.0 / 5.0
Globale Bewertung
1 Std. 29 Min.
Gesamtinhalt

Was Sie lernen werden

Design and build a fully functional 3D compass using Arduino and sensors.
Integrate and program magnetometers, accelerometers, and OLED displays to show real-time orientation data.
Understand the coding basics in Arduino IDE to control hardware and display output.
3D design concepts for creating custom enclosures and housings for your compass project.

Kursinhalt

2 Abschnitte • 8 Vorträge • 01:29:36 Gesamtlänge

Introduction

02:35

Key Components and Course Structure

Kostenlose Vorschau
05:22

Understanding the Components and Circuit Design

11:05

Installing Libraries on Arduino

03:04

Writing the Code Displaying Graphics on the OLED

14:29

Adding Interactivity Controlling the Compass with the Potentiometer

17:08

Testing, Troubleshooting, and Expanding the Project

05:21

Bonus Lecture

30:29
Wöchentlicher Lernplan
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KI erstellt einen personalisierten Zeitplan basierend auf Ihrer Verfügbarkeit

Anforderungen

No prior programming or electronics experience needed. Everything will be taught from scratch.

Access to basic Arduino components, including an Arduino board, OLED display, magnetometer, and accelerometer. (A detailed list will be provided.)

A computer to install and use the Arduino IDE software for coding.

A basic understanding of using tools for assembly, but no advanced skills required.

Zielgruppe

Beginners curious about electronics and Arduino projects, looking for an engaging, hands-on project to learn the basics.

Hobbyists who want to expand their skills by building a functional and visually impressive DIY gadget.

Students of electronics, programming, or engineering who want to build practical projects that combine hardware and software.

Makers and DIY enthusiasts eager to create innovative tech projects with both hardware integration and 3D design aspects.

Über diesen Kurs

Unlock the potential of Arduino by creating an advanced yet accessible project: a 3D OLED Compass. This course will take you from concept to reality, showing you how to design and code your own digital compass with a sleek OLED display, integrated sensors, and custom 3D design elements. No prior experience with Arduino or electronics is required—we’ll guide you step-by-step, ensuring you gain confidence in both hardware and software aspects of the project.


Led by experienced engineers, this course simplifies complex concepts, helping you understand the core principles of Arduino, sensor integration, and 3D design. Whether you’re a tech enthusiast or a hobbyist looking to level up, you’ll complete the course with a project you can proudly display, use, and modify.


By the end of the course, you will not only understand how to build this compass but also gain the knowledge to apply these skills to future Arduino projects. Take the next step in your DIY electronics journey today!


Call to Action: Enroll now and start building your custom 3D compass today!


What You Will Learn:


  • How to design and assemble a 3D OLED compass using Arduino
  • Integration of sensors like magnetometers and accelerometers for precise orientation detection
  • Coding the compass functionality using C/C++ and the Arduino IDE
  • Displaying real-time orientation data on an OLED screen
  • Understanding 3D design concepts to create housing or enclosures for your project


Who Is This Course For?


  • Beginner Arduino enthusiasts looking for an engaging project to expand their skills
  • Tech hobbyists interested in integrating hardware and software to build useful devices
  • Students studying electronics or programming who want hands-on experience with Arduino
  • Makers and DIYers passionate about creating custom tools and gadgets


Requirements:


  • Basic understanding of computers and how to install software
  • A willingness to learn Arduino programming and experiment with electronics
  • Access to an Arduino board, OLED display, sensors (compass/magnetometer), and basic components (a full list is provided in the course)


Instructor Bio:


Educational Engineering Team is a group of experienced engineers passionate about bringing electronics and programming education to life. With extensive backgrounds in Arduino, embedded systems, and software development, the team has helped thousands of students create functional and exciting projects. Their approachable teaching style ensures that learners of all levels can achieve their goals.


Testimonials:


"This course was fantastic! I had no experience with Arduino, but now I’ve built my own digital compass. The instructions were clear, and the project was exciting."

— Maria D.


"I loved the combination of 3D design, coding, and electronics. This course opened up new possibilities for my future DIY projects."

— James P.


"The Educational Engineering Team made learning so easy and fun. Now I can integrate sensors and displays in my Arduino projects confidently."

— Alex R.


FAQ:


Q: Do I need any prior experience with Arduino?


A: No prior experience is necessary. We guide you through everything step by step.


Q: What equipment do I need?


A: You’ll need an Arduino board, an OLED display, a compass sensor, and some basic components. A detailed parts list is included in the course.


Q: Can I access the course on mobile devices?


A: Yes! The course is fully accessible on desktop, mobile, and tablet devices.


Q: Will I receive a certificate upon completion?


A: Yes, Udemy provides a certificate of completion once you finish the course.


Call to Action (Repeating): Ready to build your Arduino 3D OLED Compass? Enroll now!

Karrierechancen & Zielpositionen

Entwickeln Sie praxisnahe, arbeitsmarktrelevante Fähigkeiten für gefragte Positionen

Praxisorientierter Lehrplan
Zielpositionen, für die Sie sich qualifizieren

Embedded Systems Engineer

IoT Firmware Developer

Hardware Prototyping Specialist

PCB & Circuit Layout Designer

Geschätztes Jahresgehalt
$85,000 – $135,000 / yr
Globale Branchennachfrage

Top 5% Growing Engineering Segment

Gefragte Kernkompetenzen
Microcontroller Architecture
Hardware-Software Integration
Sensor Protocols (I2C, SPI, UART)
Schematic & Circuit Diagnostics
* Schätzungen basieren auf weltweiten Branchenberichten und Vergütungsstandards.
Lernen Sie Ihren Dozenten kennen
Educational Engineering Team
5.0 Bewertung
95 Studenten
Vollständiges Profil anzeigen
Educational Engineering Team
Hauptlehrer
Educational Engineering Team is a Leading Team in Microcontroller Industry, with over 13 Years of Experience in Teaching and Doing Practical Projects.

Educational Engineering Team is a group of skilled engineers dedicated to sharing practical knowledge with learners worldwide. Founded by Ashraf Said Al-Madhoun, the team has worked in programming, microcontrollers, electronics, and engineering education since 2007.

Rather than offering superficial explanations, the team breaks down complex topics into clear, step-by-step lessons supported by practical projects and bite-sized videos. This hands-on approach helps learners understand technical concepts and apply them directly to their studies, careers, and personal projects.

Ashraf is a Mechatronics Engineer, educator, author, electronics and programming enthusiast, and maker. As Chief Educational Engineer, he specializes in explaining challenging concepts in a simple, structured, and accessible way. He has extensive teaching experience and has authored four books about microcontrollers.

Educational Engineering Team has created more than 100 online courses covering circuit design, electronics simulation, PCB fabrication, Arduino, PIC microcontrollers, Raspberry Pi, C, Python, PLC programming, industrial automation, 3D design, ESP boards, embedded systems, and the Internet of Things.

In addition to producing courses, bootcamps, articles, and tutorials, the team supports electronics and programming enthusiasts, STEM students, educators, and aspiring engineers. Its members also provide engineering consultation and guidance for student graduation projects, helping learners develop practical skills and prepare for careers in the technology industry.

...

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