Lab 5 KiCad Tutorial: Designing a Simple LED Circuit
We used KiCad for creating a PCB with a simple LED circuit powered by a 3.7V LiPo battery connected via a JST-PH connector. We begin with creating a scheamt...
We used KiCad for creating a PCB with a simple LED circuit powered by a 3.7V LiPo battery connected via a JST-PH connector. We begin with creating a scheamt...
For this lab we collected accelerometer data from Xiao nRF52840 Sense and trained a machine learning model.
The final lab of the Spring 2025 semester introduced us to real-time operating systems (RTOS) and for embedded systems. We ran a series of Arduino sketches ...
In this lab we created a 4-key digital piano, where each button press plays a distinct tone (C, D, E, G) using ESP32-S3 and generated sine wave.
The Smart Environmental and Activity Logger is a portable embedded system designed to monitor and record audio, temperature, motion (IMU), and battery level....
In this lab we have experimented on the built in IMU, microphone and OLED display. We setup micro SD card for datalogging and RTC. At the end we used buzzer ...
Initial setup of website and acrylic case for Seeed Studio XIAO nRF52840 (Sense).
Our main project “Advanced Thermal runaway Detection and Delay System forEV Batteries Using Multi-Sensor Integration.”