Autonomous Systems
MOBULÆ
Navantia Chair on Underwater Robotics and Deeptech Technologies
Media
Autonomous Systems
mobulæ
Autonomous Systems
Next-Generation Sensing for Underwater Robotics: Bioinspired and Neuromorphic Solutions. Rafael García
Autonomous Systems
Challenges in Deploying Multi-Robot Systems for Exploration in Marine Environments. Stefan B. Williams
Autonomous Systems
Future operations with multi-domain MUS: a system of systems perspective. Joao Sousa
Related Activities
- R&D&i Activities: Development of an underwater robot prototype capable of descending to great depths, and joint projects on topics such as new materials, underwater communications, photonics for phase-change materials, and neuromorphic computing.
- Training Activities: Contributing to the practical training of UPM students through mentorships and scholarships for the completion of Final Degree Projects (Bachelor’s and Master’s theses), doctoral dissertations, and other specific projects.
- Promotion: Dissemination of the Navantia hub within the university environment and hosting talent attraction talks.
- Laboratory: Creation of a laboratory combining resources from both parties.
Mission & Purpose
The MOBULÆ Chair is established to facilitate the joint execution of activities and projects that align with the strategic interests of both society and the Universidad Politécnica de Madrid (UPM).
The Chair focuses on driving scientific and technological advancements in underwater robotics and DeepTech technologies. By fostering innovation in these fields, the Chair serves the public interest, providing indirect benefits to society through technological breakthroughs and sustainable development.
Core Objectives & Activities
To fulfill its mission, the Chair focuses on the following primary workstreams:
1. Advanced Prototyping
- Deep-Sea Exploration: Design and development of a prototype underwater robot engineered to operate at great depths.
2. Collaborative Research
Development of joint research initiatives focused on the Chair’s thematic scope, with specific emphasis on:
- Next-Generation Materials: Researching new materials capable of withstanding extreme pressure and corrosive maritime environments.
- Subsea Communications: Advancing the field of underwater data transmission and signal processing.
Strategic Value. - Scientific Contribution: Strengthening the academic and technical ecosystem of UPM.
Technological Development: Bridging the gap between laboratory research and real-world underwater applications. - Public Impact: Leveraging high-end engineering to solve complex societal and industrial challenges.
