This challenge aims to foster the design and development of a bio-inspired AUV for deep-sea exploration (depth of 200 meters).
Specific objectives will focus on energy efficiency, sensing capabilities, data collection, and maneuverability. In addition, careful selection of materials and systems is essential to withstand high-pressure conditions and adapt to different environments.
Underwater functionalities such as flow manipulation and propulsion mechanisms tailored for soft robotic underwater applications. Studies focused on bioinspired designs, whether through chemical, structural, or functional innovations are welcomed.
Key fundamental and applied research areas of interest include:
Contributions focused on metastructures and other functional structures to develop adaptable designs that meet the demands of underwater environments.
Key research areas of interest are:
Manufacturing methods for flexible materials, with a special focus on additive manufacturing approaches. Topics like biofouling, which affect long-term operation and maintenance, and underwater manufacturing processes that cater to the specific challenges of submerged environment.
Key research areas of interest are:
Sensing components to enhance underwater sensory capabilities and structural efficiency; and the integration of these systems with AI algorithms to manage their processing.
Key research areas of interest are:
Energy-efficient and self-sufficient operation, prompting research in energy management strategies that support long-term autonomy for soft robotic systems.
Key research areas of interest are:
optical communication is limited by range and environmental conditions, its ability to transmit large volumes of data with minimal delay makes it a powerful tool for short-range UW applications, particularly when high bandwidth and low latency are essential.
Key research areas of interest are:
Energy-efficient and self-sufficient operation.
Underwater large volumes of data.
Questions can be directed to our mentors and monodon team via Discord.
We recommend that you subscribe to the website to receive updates about the challenge. We will be releasing content throughout the entire challenge.
Our platform will be open for researchers to upload their proposals.
Closing of call.
Announcement of the best proposals on Twitch and YouTube.
Publish the paper in a scientific magazine. No budget proposal is required for this category.
Research project sponsorship with funding to develop the project and assistance in transitioning it into a real product. Budget proposal is required for this category. Realistic cost estimates will be advantageous.
Assistance in creating an exceptional product. Budget proposal is required for this category. Realistic cost estimates will be advantageous.
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