Hydrographic & Geophysical Surveys, Metocean & Environmental Monitoring, Subsea Acoustic Assessments

Maritime Robotics and Autonomous Systems Familiarisation Program

Client: Defence Sector Client

Period: November 2023 – June 2024

Location: Western Australia, Australia

GAIA Marine supported a major maritime technology familiarisation program in Western Australia, helping deliver practical exposure to uncrewed underwater systems, mini-ROV operations, metocean instrumentation and subsea acoustic technologies for defence personnel.

The broader program was established to provide defense personnel with hands-on familiarisation and practical learning across robotic, remote and autonomous maritime systems. The campaign included vessels, robotic and autonomous systems, experienced personnel, and practical learning services focused on autonomous, uncrewed and deep-ocean systems for geospatial data collection, seabed feature identification and maritime hydrographic survey. The program was scheduled across seven 21-day voyages between late 2023 and mid-2024, with activities conducted off Fremantle and north-west Australia.

 

      

GAIA Marine’s contribution focused on the applied use of subsea and ocean-technology systems within realistic training environments. This included support for uncrewed underwater vehicle workflows, mini-ROV operations, metocean system deployment and recovery, and subsea acoustic system familiarisation. The intent was not classroom training alone; personnel were exposed to how different technologies are selected, deployed, managed and interpreted in the field, including the operational trade-offs between autonomous systems, remotely operated systems, seabed sensors and survey platforms.

This project is a strong example of GAIA Marine’s capability at the intersection of field operations, subsea robotics, metocean systems and applied ocean data. GAIA was trusted with key delivery roles because its value sits beyond equipment supply: practical offshore execution, technology integration, system familiarisation, data interpretation and the ability to translate complex marine technologies into operationally useful workflows.