Our senior capstone project is a custom-built relocatable power tap, or power strip, designed to improve safety, monitoring, and user awareness compared to a basic commercial power strip. The intended use of the system is to distribute 120 VAC power to multiple outlets while also using a low-voltage control system to monitor internal conditions and provide feedback to the user. The main technologies implemented include an AC power distribution section, a regulated 5 V rail, an ATmega328P microcontroller, sensors, an LCD display, USB power outputs, and an audible alarm system. The 5 V rail powers the microcontroller, display, sensors, indicator LEDs, and USB ports, while remaining separate from the high-voltage AC section for safety. The microcontroller reads sensor data, updates the LCD, and controls the alarm response when unsafe conditions are detected. The project also uses a custom enclosure to organize the AC and DC systems into one physical prototype. One of the most notable accomplishments was completing the final prototype and verifying that the system met engineering requirements. The team was able to demonstrate AC power distribution, low-voltage system operation, sensor monitoring, display output, and alarm behavior. The main challenges were voltage drop on the 5 V rail, integrating AC and DC wiring in one enclosure, and prototype reliability during final verification. Future improvements should focus on stronger internal wiring organization, improved 5 V power regulation, better sensor calibration, and a more serviceable enclosure design.