
This micromodule will focus on connected health devices, remote medical monitoring and in particular, human health monitoring at home or in a medical environment. Students will learn how to scan an object with a 3D scanner, disassemble medical sensors in virtual reality and work on transmission and analysis of medical data. They will learn how biomedical sensors and systems work, and how interstitial fluid will be “transformed” into a value in an app. Volunteers will be equipped with connected glucose sensors and though be able to work on their own data. This micromodule will enable a wide audience to discover digital health, which is particularly interesting for those who will have a link with the health field in their future professional life. Students will work in international and interdisciplinary groups. An international mobility to INSA Toulouse is also an optional element for this micromodule.
These are the teamchers you'll work with on the challenge.
By the end of this micromodule, you will be able to discuss the challenges of digital health and analyze the concepts of responsibility, informed consent, and information systems security.
By the end of this micromodule, you will be able to describe the principle of connected health devices, conceive, assemble and dismantle a medical monitoring device in a virtual reality environment .
By the end of this micromodule, you will be able to write and implement simple algorithms for processing medical sensor data and interpret the data obtained.
By the end of this micromodule, you will be able to integrate an interdisciplinary and international team and present the methodology used and the main results in a foreign language (English).
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