Overview
Stylus is a cutting-edge medical device designed to evaluate movement disorders through precise sensor technology. I was responsible for the firmware development, creation of calibration tools, and testing of the firmware, ensuring a robust and reliable solution from start to finish.
My Contributions
Firmware Development: Designed, implemented, and tested firmware to integrate sensor data from an accelerometer, magnetometer, gyroscope, and force sensor. The firmware ensures accurate, reliable data collection.
Bluetooth Low Energy (BLE) Integration: Developed robust BLE protocols for seamless data transfer to an iPad, delivering an intuitive user experience for healthcare providers.
Embedded Systems Expertise: Leveraged a deep understanding of embedded systems to meet strict medical device standards.
Precision Data Handling: Ensured high reliability in real-time data acquisition and communication, critical for assessing movement disorders accurately.
Below are some 3D renders of the Stylus that I created in Blender.
