DIVISION II Ocean Engineering & Technology

Exploring the Depths, Discovering the Future.

Academic Profiles

Get Connected with the People Driving Discovery

Scholarly Achievements

Capturing Breakthroughs. Connecting Minds.

Scientific Committees

Advance the design and deployment of offshore structures.

Improve reliability and performance in harsh marine environments.

Support sustainable and safe operations through engineering innovation.

Enhance turbine performance, anchoring solutions, and grid integration.

Develop smart maintenance systems and predictive diagnostics.

Promote safety and sustainability in offshore wind deployment.

Develop perception, control, and decision-making systems for ships.

Design and test autonomous surface and underwater vehicles.

Contribute to regulatory frameworks for unmanned vessel operations.

Promote the use of low/zero-carbon marine fuels.

Support innovation in clean propulsion and emissions reduction.

Assist in policy development for sustainable shipping.

Analyze engineering failures and risk scenarios.

Develop safety protocols and monitoring systems.

Provide recommendations for engineering best practices.

Promote responsible and regulated resource development.

Assess the potential of seabed mineral extraction.

Study impacts on ecosystems and biodiversity.

II-7 Polar Shipping and Marine Engineering

Support polar scientific missions with engineering solutions.

Design ice-class vessels and polar exploration systems.

Address challenges in navigation and safety under extreme conditions.

Optimize port operations and management for efficiency and automation.

Enhance shipping logistics and global supply chain integration.

Develop smart and sustainable maritime platforms with digital and green solutions.

Design efficient energy converters and mooring systems.

Conduct feasibility and impact assessments.

Support commercial deployment and regulatory development.

Develop advanced imaging, sampling, and remote sensing tools.

Innovate in deep-diving AUVs, ROVs, and hybrid systems.

Enable multidisciplinary deep-ocean research missions.

Study ship dynamics under varied conditions.

Develop real-time control systems for navigation and safety.

Integrate simulation tools in design and operation planning.

Integrate AI and machine learning in engineering design and monitoring.

Develop intelligent robotic systems for subsea tasks.

Apply predictive analytics for maintenance and system integrity.

Build interdisciplinary platforms bridging AI and marine engineering.

Supports next-gen training, mentorship, and career development.