What you would learn in Arduino Step by Step Getting Serious course?
Welcoming to Technology Explorations Arduino Step By Step to Getting Started, where you can expand your understanding of Arduino components and techniques and learn your skills with the most comprehensive course available on the Web!
Arduino is the most-loved electronics prototyping and learning platform. Millions of people worldwide utilize it to master electronic engineering and electronics programming and design unique products, including greenhouse controllers, as well as tree climber robots remote-controlled lawnmowers.
It can lead to an engineering career; it is a tool to enhance Engineering, Science, Technology, Engineering, and Mathematics education. It's an instrument for artistic and artistic expression.
The course is divided into 40 segments and includes more than 250 lectures spanning thirty hours or more of material.
In each section, you will be taught the subject matter of your choice.
Every topic includes:
numerous code examples
demonstrations of circuits that are complete
Peter, The instructor and the designer of this course, helps you comprehend the code and circuit wiring by taking you through them step-by-step and explaining each line of code and every wire in the circuit.
Students can access:
The course repository includes all wire schematics, sketch code, and external resource links that Peter keeps up-to-date and accurate.
The Discussion Forum is where you can ask questions. Peter supervises this Forum frequently and will respond to your inquiries.
This is the Tech Explorations Makers Club private Facebook group, where students can discuss their ideas for gadgets. This group is a great place to post questions you think do not belong in the context of the course, talk about your work, or assist other members.
This course includes:
24 hours of brand new video content
12 hours of newly retouched and edited video content (which I'll replace at regular intervals with new content)
42 sections that have been entirely new content
More than 280 talks (and more than 280 lectures) (and counting)
Over 100 fresh and up-to-date sketches (and more than 100))
More than 50 newly designed circuit diagrams (and more than 50) (and)
The new course repository has been reorganized to ensure that diagrams, sketches, and lecture resources are simple to locate (access everything from one location)
Utilize communication technologies such as Wi-Fi, BLE, and radio
Make use of DC, servo, and stepper motors in conjunction with different controllers
Utilize LCD, OLED, and TFT screens that have buttons and interfaces for touch.
Data can be stored in external storage such as SD Cards or EEPROM
Optimize your sketch to minimize memory footprint, cut power consumption, and boost performance
Control large loads such as relays and lights
Increase button reliability using hardware debouncing
For more details, please refer to the curriculum for a complete list.
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