This is a custom timer that uses sensors to detect when an item is placed on top. This timer it is designed as a productivity and accountability tool. This tool can help users maintain focus and reduce distractions during a dedicated time. By using object detection, the timer can enforce breaks from devices which promotes healthier habits for individuals. Some examples of these uses for this device include a study timer, screen time management tool, for fitness/exercising, or task timer. Our project uses inferred beam-beam sensors, 3 position switches, a 9V battery sent through a voltage regulator bringing the voltage down to 5V, an ESP32 microcontroller, an LCD screen, a custom amplifier powering an 8ohm speaker, all working together inside a custom encloser. The switches and sensor give the user custom ability of their sensor by changing the backlight of their screen, the volume of their speaker, and the time duration they want their timer to go for. The voltage regulator powers the LCD screen, the sensors, and the microcontroller. The microcontroller powers the amplifier while sending signals to the LCD screen and the amplifier. All these aspects come together to create a working user selectable timer. Our most notable accomplishment is creating a system that uses user inputs to output different visibility and volume depending on the what the user wants. Some main challenges were getting the amplifier to get the speaker to vary in volumes, powering everything together using the microcontroller, and getting our PCB sent on time. A couple areas of improvement could be investing in a microcontroller that could power everything easily/more efficiently, having the amplifier output clearer sound, and having a more durable encloser.