
Explain the course structure and goals for mastering Arduino fundamentals from the ground up. Write Arduino code, use libraries, connect interfaces to devices, and download all supporting files.
Learn how an Arduino serial repeater echoes messages from the serial port back to the computer, using Serial.begin(9600), Serial.available, and appending characters from the buffer.
Explore a serial command interface on an Arduino that echoes input and responds to marco and foo by printing polow or ba on the serial monitor.
Explore how Arduino uses control structures like loops and if statements to direct code flow, including for and while loops, with serial outputs illustrating conditions and progress.
Walk through a completed nightlight solution on Arduino, using a light sensor and an LED on pin 13, with threshold-based control and a dead band to prevent feedback.
Explore the nine degrees of freedom board with Arduino, reading gyroscope, accelerometer, and magnetometer data via I2C, wiring, and code that prints synchronized X, Y, Z measurements every three seconds.
Explore how a BME280 sensor on an Arduino-based setup measures temperature, humidity, and pressure, and estimates altitude from sea-level pressure using the BME280 and Adafruit sensor libraries.
Integrate the temperature sensor and SD card to create a standalone temperature data logger that records temperature over time, updating every few seconds using two Arduino sketches.
Provide a first hint for getting started with embedded programming and IoT with Arduino, guiding beginners toward practical setup.
Explore solutions for embedded programming and IoT with Arduino, addressing real-world challenges through Arduino-based approaches.
Become an industry-ready embedded IOT engineer from scratch!
Without any doubts, embedded programming is one of the foremost pillars of IoT. It helps in programming specific IoT devices that can’t run on typical operating systems. The ides of embedded programming in itself points out the evolution of the digital appliances over the time.
Considering its importance, we have curated this online course that will teach you to write code for embedded systems like a pro. Not only just programming, but you will also have a deep understanding of the various devices for IoT development.
All and all, it will make you proficient in programming, designing, & developing IoT devices by teaching you all the basics to advanced concepts without any hassle.
Why You Should Learn Embedded Programming?
- Embedded programming is considered one of the top skills of 21st century!
- High demand for embedded engineers.
- It is one of the top paid jobs in tech industry.
- Embedded programming is required for AI ML, IoT, Software Programming, Robotics & others.
How This Course Can Help You?
This course follows a practical approach wherein the instructor will give you insights into embedded programming from the very basics in the most interactive way possible. As this course will progress, you get a deeper understanding of embedded programming and various devices. This embedded programming course is carefully crafted by an expert for giving you a complete training of embedded programming from basics to advanced level.
Major Topics That You Will Learn
Intro to Arduino & Arduino IDE
Serial communications
Functions & variables in C programming
Analog devices- Breadboards, analog sensors, light sensors, LED, night light, 7 segment display
I2C devices- Overview, 9DoF Board, Digital signals, OLED, I2C, Mobile 9DOF display integration
Serial Peripheral Interface devices
IoT project
Start off today to master IOT programming to the core!!