Ocean Engineering

An introduction to how engineering is applied in oceans.

Explore the physical conditions of the ocean and how they impact engineering designs.

Explore the dynamics of ocean waves and their impact on engineering structures.

Explore the forces of tides and their impact on ocean engineering.

Explore the dynamics of ocean currents and their impact on marine navigation and climate.

Explore the design and engineering of offshore structures, focusing on platforms used in ocean environments.

Explore the complexities of coastal engineering and how shorelines are protected.

Explore the properties and applications of materials used in marine environments, focusing on their resistance to corrosion and degradation.

Explore the principles of how ships move through water, focusing on hydrodynamic forces and vessel design.

Explore the tools and techniques used to collect data from the ocean.

Advanced judgment in managing subsea systems under ambiguity, stress, and shifting constraints.

Mastering judgment in offshore wind farm design and operation, focusing on ambiguous decisions and long-term consequences.

Mastering judgment in designing and managing deep-ocean systems under uncertainty and risk.

Advanced mastery of underwater robotic systems, focusing on judgment in ambiguous engineering scenarios.

Advanced judgment in harvesting ocean energy: trade-offs, limits, and consequences.

Advanced mastery of subsea pipeline engineering: judgment under ambiguity, calibration of risk, and restraint in intervention.

Advanced mastery of underwater sound propagation, focusing on judgment and restraint in ambiguous engineering scenarios.

Advanced judgment in designing and deploying underwater vehicles under ambiguous and high-stakes conditions.

Advanced mastery in integrating marine systems under uncertainty and stress.

Advanced judgment in integrating mechanical, structural, and environmental principles within ocean systems. Focus on ambiguous decisions, trade-offs, and long-term consequences.