The BMO-scope is a dual channel Teensy based oscilloscope housed in a 3D printed case that looks like BMO from Adventure Time. It is able to read signals with a voltage range of 0-3.3V and at 100KHz. These signals are then displayed onto an LCD screen. The BMO-scope is built using an ILI9341 LCD screen, a Teensy 4.1 microcontroller, a PCB, rotary encoders, and BNC connectors. The PCB is used as a linear voltage regulator. It takes in 12V and sends 5V to the microcontroller. It also sends 5V to the rotary encoders, which also act as switches. The Teensy microcontroller has two built-in ADCs which allow it to take in two separate signals. Some very notable accomplishments include the functionality of triggers, the implementation of dual channels, the power being supplied from an AC source, and more. Along with these accomplishments, all of the engineering requirements were met. For areas of improvement, we could have made it so that the input signal can have a larger voltage range and is stepped down into the range that the Teensy can handle. We also could have increased the sampling rate.