• 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.