Azure Sphere for Citizen Science: Difference between revisions

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Contact: James Scott, [[Microsoft Research]] <jws@microsoft.com>
Contact: James Scott, [[Microsoft Research]] <jws@microsoft.com>


Use Azure Sphere to conduct environmental sensing in the pursuit of a citizen science goal. Use at least one environmental sensor (e.g. temperature, humidity, pressure, particulate levels, etc) and an output (e.g. LED).  An enclosure should be designed to protect the device, and at least 5x devices should be built and deployed for at least one week. Data should be sent to an Azure IoT Central service enabling visualizations. The design of the system should be documented openly (e.g. on github) enabling reuse. Hardware (Azure Sphere development kits and sensors) will be provided.
This project will use the Microsoft Azure Sphere IoT platform to fulfill a citizen science goal. The team is free to select the goal so long as it uses at least one environmental sensor (temperature, pressure, etc) and an output (e.g. LED), and at least 5 devices are deployed for a week or more, with the  Azure IoT Central service used to collate data for visualisation. The design of the system should be documented openly (e.g. on github) to enable reuse. Hardware (Azure Sphere development kits and sensors) will be provided.

Latest revision as of 21:43, 20 November 2019

Contact: James Scott, Microsoft Research <jws@microsoft.com>

This project will use the Microsoft Azure Sphere IoT platform to fulfill a citizen science goal. The team is free to select the goal so long as it uses at least one environmental sensor (temperature, pressure, etc) and an output (e.g. LED), and at least 5 devices are deployed for a week or more, with the Azure IoT Central service used to collate data for visualisation. The design of the system should be documented openly (e.g. on github) to enable reuse. Hardware (Azure Sphere development kits and sensors) will be provided.