Nautical Underwater Diving Instrument (N.U.D.I)
Overview
Group 3 is developing an Unmanned Underwater Vehicle (UUV) that utilizes biomimetic propulsion inspired by the natural movement of marine life, particularly nudibranchs. This innovation builds on prior research conducted at FAU and is crucial for advancing underwater surveying and monitoring, which plays a key role in understanding and preserving marine ecosystems. Our goal is to create a UUV that balances effective surveying with minimal ecological disruption, addressing the environmental impact often caused by traditional propulsion systems such as jets and propellers. The resulting UUV will be compact, highly maneuverable, and capable of performing important monitoring tasks without causing significant harm to sensitive marine environments.
Community Benefit
The development of a minimally invasive UUV designed for monitoring ocean ecosystems holds significant potential for marine conservation. Equipped with sensors to measure water temperature, salinity, ocean acidity, and other ecological markers, this UUV will provide valuable data that can inform efforts to protect and manage marine ecosystems. Its biomimetic propulsion system, which mimics the undulating movement of fins, allows for quiet, low-profile operation that reduces disruption to marine life and minimizes damage to critical habitats like coral reefs and seagrass beds. By gathering critical environmental data, this technology could support local conservation organizations in making informed decisions, ultimately contributing to the protection of marine biodiversity and promoting a sustainable future for our oceans.
Team Members
Sponsored By
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