The Sensor Enabled “Smart” ladder prototype was designed to fit a Werner extension ladder for the use of a roofing company. The ladder is fitted with accelerometers and ultrasonic sensors to help enforce compliance of OSHA guidelines without direct observation from a supervisor. The accelerometers were used to measure the angle of the ladder’s lean and detect any movements caused through regular ladder use, while the ultrasonic sensors were used to determine the distance between the ladder and the supporting wall. The OSHA guidelines reinforced by the ladder are for every 4 feet of verticality, 1-foot of distance is made between the base of the ladder and the supporting wall and that the ladder extends at least 3 feet beyond the point of support. After receiving data from both sensors, the microcontroller of the system will control the color of the LED lights mounted onto the ladder in which a red light indicates to the user a guideline violation while a green light indicates to the user a compliant ladder. The challenges faced during the system's development include running out of memory on the microcontroller, PCB design problems, and fitting the system’s components into one rung. This project can be improved by simplifying the system to improve the ease of installation on a ladder as well as moving components into one rung to remove any possible tripping hazards that are currently present and to create a simplified design for a future commercial product. A simplified design would include only using sensors that can be put inside of a rung, replacing the SD card logging system with Bluetooth, and combining PCBs.