Embedded Electronics and Sensors

Embedding sensors and electronics into parts allows engineers to collect in situ data, enables continuous health monitoring of components while in operation, and protects sensors and electronics from caustic and damaging environments. UAM allows the embedding of various types of electronics and sensors, including fiber optics, strain gauges, thermocouples, RF chips, and many more. The solid-state process does not damage the sensor; rather, the sensor is protected from environmental and other hazards. Engineers can design and build smart devices and other Internet-of-Things (IoT) products using UAM.