About Our Project

We created a functional prototype of an RoV capable of withstanding the pressures and extreme temperatures of a deep sea environment. Our robot will use an ultrasonic sensor to map its surrondings, a GPS so we can monitor its location. A thermometer would also be used to monitor the sorronding temperatures to ensure that ocean warming does not create a release of many gigatons of methane and Co2, which would be detrimental to our atmosphere.

Ultrasonic Sensor
This will enable the ROV to detect and map nearby objects and terrain, allowing for effective spatial awareness and obstacle avoidance in low-visibility underwater conditions, as well as plotting different parts of the deep sea.

Thermometer Sensor
Monitoring temperature is a critical part of our project. Ocean warming has the potential to destabilize methane hydrates on the seafloor, releasing vast amounts of methane (CH₄) and carbon dioxide (CO₂) into the atmosphere—greenhouse gases that could accelerate climate change significantly. Our ROV will collect temperature data to help assess the risk of such releases in sensitive oceanic regions.

This project is not only an exercise in engineering and design but also an exploration of how technology can contribute to environmental monitoring and protection. By combining practical robotics with real-world scientific applications, we hope to demonstrate the value of ROVs in addressing global environmental challenges.