To start you get a B-L475E-IOT01A Discovery kit, if you commit to completing the first 2 tasks. Working together is encouraged. But each person must have setup their own Linux build environment.
Setup the Linux Build environment.
Task complete when the board runs hello world and is programed to blink LEDS.
The steps of the task are documented in the VHS wiki page.
And create a VHS blog post with pictures/video, referencing VHS wiki page.
Fork the Zephyr Project git repository and push any changes.
Log data from on board sensors.
Task complete when data from sensors are logged to a csv, file. High data rate logging is not required.
Again the steps of the task are documented in the VHS wiki page.
And create a VHS blog post with pictures/video, referencing VHS wiki page.
Push any changes to the previously forked Zephyr Project git repository.
After this, you will get paid for each task completed. We will decide together what the tasks will be.
This live, interactive, one-day seminar, hosted in multiple cities will
feature hands-on classes using the STM32CubeMX graphical software
configuration tool and the Keil MDK-ARM integrated development environment
(IDE) to generate and debug a range of IoT projects using the STM32L4
Discovery kit IoT node (B-L475E-IOT01A) with low-power wireless, BLE, NFC,
Sub-GHz, and Wi-Fi connectivity enabling you to explore your own innovative
IoT ideas.
All participants will receive a free STM32L4 Discovery kit IoT node.