 You can build a lovely digital clock with a large 7-segment display, a Feather RP2040, and circuit python. Thanks to Stem-AQT connectors, no soldering was required for this plug-and-play design. This project features a 1.2-inch 7-segment LED display powered by the 80-foot Feather RP2040. For timekeeping, this uses the DS3231 real-time clock module for precise and accurate timing. A rotary encoder is used to set the time making those daylight saving time changes quick and easy. It also has an auto-dimming feature which lowers the display's brightness so it can be bright during the day and dim overnight. The 3D printed enclosure design is inspired by mid-century modern clocks that look both elegant and minimalistic. The enclosure snap fits together and can be 3D printed without any support material. We think this is a fun circuit python project for beginners or a starting point for seasoned makers who might want to add more features. The circuit python code has user-configurable settings allowing you to set a minimum and maximum brightness depending on the time of day. You can initially set the real-time clock module to match your current time and save the code to program the module. To adjust the time, the rotary encoder is used to set the hours and minutes by doing a long press and turning the knob. The code takes care of converting the RTC to display 12-hour time on the 7-segment LED display. The Feather RP2040 and the DS3231 RTC module are secured to a PCB bracket and everything is connected with STEMIQT cables making this project plug-and-play. A light-diffusing gel filter helps to dim the brightness of the LED segments making them appear much more crisp and legible. Our CAD models are open-source and free to download so you can modify them or reuse the parts in your own projects. We hope this inspires you to try circuit python for your next electronics project.