The FlipScope is a collaborative project by three students to design a compact, portable two-channel oscilloscope capable of displaying signals up to 12 Vpp and 125 kHz on a 4-inch LCD touch screen. A unique aspect of this design is its laser-cut transparent acrylic protective layer, which allows the internal circuitry to remain visible. The main modules can be seen through this layer, highlighting the device’s internal structure. The oscilloscope also features an open-and-close lid mechanism that uses mechanical hinges, enabling users to access and view the internal components while maintaining protection when closed. Additionally, a custom PCB was developed for signal processing and to provide two robust probe connections. These connections allow oscilloscope probes to securely attach to the FlipScope and send signals to the device for processing and display. Furthermore, a square-wave signal generator is built in for the user to tune their probes. Users can interact with the touchscreen interface to adjust oscilloscope settings according to their preferences. Future improvements include making the circuitry more compact, as the current components are somewhat spaced apart. Designing additional custom PCBs could help reduce the overall area of the electronics. Other enhancements may include improving cable management between the lid and the main circuitry, as well as developing a distinctive logo for the device.