•Worked with lead engineers from the electrical and computer engineering teams to assemble the electronics components for AUV (autonomous underwater vehicle) wireless communication, navigation, and location discovery.
•Programmed the communication interface between the Xbee’s chips using the Arduino microcontroller for the purpose of communicating the GPS location of the AUV once it resurfaces from the water.
•Verified the functionality of the side thrusters that will propel the AUV using a brushless motor ESC and Arduino microcontroller.
•Building a website that allows multiple users to upload and view data on water quality collected on the company's water monitoring Sonde product using Google Maps API, D3 and React.
