Get started with embedded development with Mikroe

Discover MikroElektronika Clicker 2 for STM32 with step-by-step projects
Learn how to build an IoT Weather Station, automate your home and get started with the Mikroe Necto Studio development environment following step-by-step projects on Designspark.
Project
This project will introduce you to the basics of programming Embedded C in the ARM environment. You will write your first Hello World program and get started making temperature and humidity measurements and displaying on your PC. You will learn about the Mikroe Necto Studio, GPIO, ADC, PWM, I2C, SPI and UART along the way.
Project Parts
Clicker 2 for STM32 development board
USB UART Click - USB UART interface
Temp&Hum 4 Click - temperature and humidity sensor


Project
Start experimenting with different sensors and controlling other devices! In this project you will use a motion sensor to start prototyping your own home automation system. You will learn about how to use the Mikromedia Shield to add more Clicks to your project and how make decisions based on sensor inputs.
Project Parts
Clicker 2 for STM32 development board
USB UART Click - USB UART interface
Relay Click - relay to switch power to an external load
Buzz Click - audible buzzer
Motion Click - PIR sensor
MikroBus Shield - expansion board for Clicker 2 enabling 4 Clicks to be used


Project
This project will teach you how to build your own IoT weather station and connect it to the Click Cloud. You will learn about gathering data from multiple sensors and interfacing with the the Mikroe Click Cloud service.
Project Parts
Clicker 2 for STM32 development board
Temp&Hum 8 Click - temperature and humidity sensor
Ambient 6 Click - ambient light sensor
Pressure 4 Click - barometric pressure sensor
Go to Cloud Click - Wi-Fi interface
MikroBus Shield - expansion board for Clicker 2 enabling 4 Clicks to be used
