CharlotteLaw / Stanford-Bioengineering

Programmed electronic integration with microcontrollers with C++ on the Arduino IDE as part of our medical device prototype.

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Bioengineering at Stanford University

As an intern at the 2022 Stanford Institutes of Medicine Summer Research Program, I coded electronic integration as part of our main medical device prototype, an epinephrine administrating phone case. These files include the code for the three automations I programmed using C++ on the Arduino IDE with the Adafruit Circuit Playground Classic microcontroller. Below are video demos of these automations in action. More information can be found on the "smartphone automation" section of our project website.

  1. Automatically texting your first emergency contact
  2. Automatically sensing the temperature and texting your emergency contact when temperature is > 77ºF.
  3. Automatically opening our companion mobile app

Microcontroller Demo #1

In this video, I demonstrate how the Adafruit Circuit Playground microcontoller unlocks your phone, messages the first contact in your emergency contact list with an emergency message, and sends your current location.
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Microcontroller Demo #2

In this video, I demonstrate how the Adafruit Circuit Playground microcontoller using temperature sensing and sends a text to your emergency contact whenever the temperature is > 77ºF.
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Microcontroller Demo #3

In this video, I demonstrate how the Adafruit Circuit Playground microcontoller unlocks your phone and opens our companion mobile app.
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Programmed electronic integration with microcontrollers with C++ on the Arduino IDE as part of our medical device prototype.


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