An Android app that provides Bluetooth communication between a Temi robot and a retro gamepad. Our team’s objective was to help hospital staff connect to Bluetooth-enabled medical devices with a Temi as an automated assistant.
Our objective was to enable Temi to navigate and interact with the gamepad’s input. This was to demonstrate a proof-of-concept: that Temi could indeed be paired with Bluetooth devices automatically. While we achieved basic functionality like navigating Temi’s default menu, we couldn’t pair devices needing a code, nor were we able to automate data gathering within our project timeline. Despite these limitations, we documented our progress for future cohorts to expand upon. This was a self-contained project without manufacturer support or prior experience with Android or Temi – in other words, it was a black-box software engineering project.
Our objective was to enable Temi to navigate and interact with the gamepad’s input. While we achieved basic functionality like navigating Temi’s default menu, we couldn’t pair devices needing a code, nor were we able to automate data gathering within our project timeline. Despite these limitations, we documented our progress for future cohorts to expand upon. This was a self-contained project without manufacturer support or prior experience with Android or Temi – in other words, it was a black-box software engineering project.
Our objective was to enable Temi to navigate and interact with the gamepad’s input. While we achieved basic functionality like navigating Temi’s default menu, we couldn’t pair devices needing a code, nor were we able to automate data gathering within our project timeline. Despite these limitations, we documented our progress for future cohorts to expand upon. This was a self-contained project without manufacturer support or prior experience with Android or Temi – in other words, it was a black-box software engineering project.