This system will take in 2 analog signals from the user using robust connectors. It will also take in multiple digital signals from the user to determine how it will manipulate the 2 original analog signals. These ways to change the 2 signals will include which signal to show, the voltage scaling, time scaling, pause, and a trigger function. All of these features will directly satisfy the engineering requirements 1-3. In addition there will be a knob to control the brightness of the display allowing for multiple brightness levels to be obtained. All of the signals will be imputed to a Teensy 4.1 micro controller which will decipher the 2 analog signals using the two built in ADCs (allowing us to reach a 200 kHz sampling rate) and the digital signals. In addition the Teensy 4.1 is a very powerful micro controller with a clock speed of 600 MHz allowing us to be responsive in under 100 ms. Using the code we wrote it can then form the waveform the user desires and can output it onto a ILI9341 electronic display. The whole system will be powered from an outside DC power supply but then regulated and distributed to the different parts of the project from a custom PCB that we built. The whole system will be held in a wooden box within the dimensions of our engineering requirements.