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Designed and built an automated smart parking prototype using embedded systems and sensors. The system detects available parking spaces in real time using proximity sensors. When a slot is free, the entrance gate opens automatically to grant access; if full, the gate remains locked and displays a "No Parking Available" status on the screen. Features embedded microcontrollers, sensor integration, and automated barrier control logic.
Embedded systemMicrocontrollersSensor integrationHardware prototyping