figshare
Browse

<b>Robots for </b><b>Nature</b><b> and </b><b>Renewables</b>: From multi-modal robot for exploration to underwater robotics using acoustic sensors for inspection and monitoring in offshore wind farms

Download (34.08 MB)
Version 4 2025-09-24, 21:51
Version 3 2025-09-24, 21:43
Version 2 2025-09-24, 21:39
Version 1 2025-09-24, 16:25
poster
posted on 2025-09-24, 21:51 authored by Alessandro PuglisiAlessandro Puglisi
<p dir="ltr"><b>WildDrone Summer School 2025</b>.</p><p dir="ltr">This poster summarizes my most recent research (Master Thesis) and the upcoming one (PhD).</p><p dir="ltr">It is intended to introduce me as a researcher willing to apply robotics in marine ecosystem conservation in the upcoming future!</p><p dir="ltr"><b>Past Project</b>: <i>Motion Control and Manipulability Analysis of LIMBERO-GRIEEL: a Multimodal Limbed Robor for Unstructured Environments</i></p><p dir="ltr">In this work I developed the tools required to transform a prototype multimodal limbed robot. From the simulation set up to the analysis of mobility with a novel manipulability index, and also the real system experiment.The new robotics platform allows to enhance the traversability of the robot in the wild (from space to volcanoes). Integrating sensors and perception algorithm on this system will enable the monitoring of new critical areas. </p><p dir="ltr">[Video here: https://youtube.com/playlist?list=PLFgoOtxCJKTPv_dibdvSUT_YPGDJBc_5C&si=pRemO-z8HV7r5XxK]</p><p>---</p><p dir="ltr"><b>Upcoming Project: (AcousticBioMap) </b><i>Mapping and monitoring of the surface condition and biological colonization of submerged parts of offshore wind turbines using acoustic imaging</i></p><p dir="ltr">My PhD research will explore the 3D mapping of the base of floating offshore wind turbines. Not only to autonomously detect defects, but also marine animals colonizing the structure. This will be done mainly with acoustic (imaging sonar), but optical (camera) sensors will also be considered. This sensor will be carried by small underwater robots. The development of a full monitoring pipeline is the final objective: localization,3D acoustic mapping, sensor fusion, detection and identification of structural damages and marine animals.</p><p dir="ltr"><i>(During the making of this poster, the PhD plan is still a draft, the methods and goals will probably evolve)</i></p><p><br></p>

Funding

Autonomous Drones for Nature Conservation Missions

European Commission

Find out more...

History