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Dec 2-4, 2026  •  Morial Convention Center  •  New Orleans, LA
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Technical Programming

A Multi-Track Conference Program Built for the Subsea Industry

Underwater Intervention offers a multi-track technical conference program covering the most current challenges and up-to-date strategies and technologies.

The marine technology industry is rapidly evolving, pushing the boundaries of what was once thought possible and redefining the underwater intervention market. With the emergence of new capabilities in remotely operated vehicles (ROVs), manned submersibles, and unmanned surface vehicles/unmanned undersea vehicles (USVs/UUVs), engineers and technical specialists now have exciting opportunities to further explore.

Call for Proposals is Open

We’re seeking industry professionals to contribute technical expertise to a conference program focused on advancing subsea operations, underwater technology, and the future workforce.

Submit a Speaker Proposal

Call for Speakers is open through April 30th, 2026.

2026 Conference Tracks

Attendees will hear from some of the world’s leading figures within the industry who are at the forefront of these cutting-edge technologies. Explore our tracks below.

Commercial Diving

Diving organizations, regulatory bodies, and other industry leaders share ideas and information in an effort to collaborate on key issues of the industry and foster a safe and successful working environment. The Commercial Diving Track is focused on providing divers with the necessary tools in order to exceed expectations on the job site, improve their skill set, and expand their knowledge.

Workforce Development for the Blue Economy

This track explores innovative education and training programs preparing students for careers in the marine industry. Topics include degree and certificate programs, entrepreneurial learning opportunities, and best practices in marine technology education. Sessions highlight programs that help current workers upgrade skills or transition from other industries into the blue economy, professionals are invited to share their strategies alongside student research, engineering projects, and informal education initiatives.

Uncrewed Maritime Systems

This track explores the cutting-edge of uncrewed maritime systems. We showcase advanced methodologies for seafloor data collection including multibeam bathymetry, backscatter analysis, sub-bottom profiling, LiDAR, & optical imaging systems. Addressed is ocean conservation & resource management, & extends to critical infrastructure inspection, offshore energy, archaeological discovery, defense applications, & emerging blue economy initiatives. Expect engaging multi-media presentations on both traditional & new tech.

Manned Submersibles

The Marine Technology Society committee on Manned Underwater Vehicles brings together professionals interested in the innovations of manned submersibles design, construction and operation and the quest for a variety of marine science and engineering goals. Each presentation has a focus on manned submersible vehicles and often overlap into other areas of deep-water intervention.

Remotely Operated Vehicles

This track encompass a wide range of tele-operated robotics for industrial usage. The classification includes swimming, crawling and flying mobile robots that receive telemetry and control either via hard-wired tether or via radio (or optical) frequency communications. Topics covered within this year’s technical track include all aspects of equipment and application for tele-operated robotics. From the human machine interface, to power, to deployment methods/equipment, the sensors, the end-effector, and more.

Offshore Energy

Offshore energy within the subsea industry involves the installation and maintenance of underwater infrastructure, such as pipelines, cables, and subsea equipment, to support the extraction and generation of energy from the ocean.

Emerging Technologies & Innovation

Emerging technologies and innovation for the undersea environment are revolutionizing our understanding and exploration of the ocean's depths. Advances in autonomous underwater vehicles (AUVs) and remotely operated vehicles (ROVs) are enabling more extensive and precise mapping of the seafloor, while new sensor technologies are providing real-time data on oceanographic conditions, marine life, and environmental changes. Innovations in underwater communication systems are improving data transmission, allowing for better coordination between surface vessels and deep-sea operations. Additionally, advancements in materials science are leading to the development of more resilient and energy-efficient underwater equipment, expanding the possibilities for deep-sea mining, marine conservation, and even undersea habitation.