Our oscilloscope is intended to be a compact oscilloscope capable of measuring two independent AC signals that can be used for educational or prototyping applications. With users being able to visualize two independent signals at the same time, being able to adjust both the time and the voltage axis, set a falling edge trigger, and save/pause. The key technologies implemented in this project include the Teensy 4.1 microcontroller used for a high speed analog to digital conversion and real time data processing, a MAX17502 buck converter for both efficient and stable voltage regulation, and a TFT display using SPI communication in order to display the waves. A notable achievement in our design was being able to handle input signals up to 40 Vpp thanks to our attenuator circuit being able to convert the input signal to safe levels for the ADC pin. One of our main challenges was coming up with a program that was able to interpret the converted signal and output a stable wave. Future improvement areas would include refining our signal integrity for high frequencies, minimizing current draw for battery optimization, adding touch control features, and overall flesh out the UI elements.