The Rise of Offshore Autonomy: Intelligent Machines, Remote Ops, and Robotics
Tuesday, 5 May
Room 602
Technical Session
A new era of offshore operations is emerging, powered by intelligent machines and autonomous systems that are reshaping how work is done in extreme environments. This session describes the largest autonomous drilling project in the world, autonomous mud plants, and reimagination of offshore lifting operations with live sea-state forecasting and AI models. Attend to learn how remote Uncrewed Surface Vessels, multimodal AI inspection robots, robotic crawlers, and automated structural health monitoring can be employed to extend the life of offshore assets. Together, these case studies highlight the rise of offshore autonomy—where robotic pioneers, remote operations, and intelligent machines are building a safer, more efficient, and more sustainable future.
Chairperson(s)
Sponsoring Society:
- Institute of Electrical and Electronics Engineers, Oceanic and Engineering Society (IEEE-OES)
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0930-0948 37166Enabling Life Extension of Unpiggable Crude Oil Pipelines Using Robotic Crawlers and Acoustic Resonance Technology
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0950-1008 36922Autonomous Fluid Management In Liquid Mud Plants: From Concept To Full Scale Deployment
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1010-1028 36849Automated Structural Health Monitoring for Aging Offshore Platform Life Extension
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1030-1048 36800Advancing Operational Integrity Through Multimodal AI-Powered Robotic Inspection
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1050-1108 37007Innovation in Offshore Operations: Implementation of USVs in Petrobras Subsea Inspection and Maintenance Activities
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1110-1128 37037Autonomous Chemical Injection Increases Electrical Submersible Pump Run Life By 200 Days
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1130-1148 36904Topside Electrical Signature Analysis for Subsea ESP Skids: From Test Well Validation to Atlanta Field Deployment


