About Ocean Engineering
Ocean engineering is a field in which engineers study the ocean and sea environment in order to research how the salt water affects watercraft and vessels. Thinking to the Titanic, most people have seen how the salt water has corroded the metal over the years. With items like oil rigs, engineers must figure out how long it takes ocean water to wear at the main supports and how to prevent damage. Salt is not the only issue; think of the effect sand has on a piece of glass from a broken bottle. The pounding tide forces the sand to act like sandpaper and this can also wear at structures that spend their time in the ocean or sea. These are all items that ocean engineering workers study.
There are six main forms of ocean engineering, though most ocean engineering students will learn all aspects of the career so that they are eligible for most ocean engineering jobs as soon as they graduate from their accredited college program. Mapping the sea or ocean floor is one of the specialties. Workers spend their days designing, building, and running equipment and programs that can be used to create clear maps of the ocean floor’s landscape. This knowledge can help prevent shipwrecks caused by hitting sand bars or reefs.
Hydrodynamics is a branch in which students learn how the water’s flow affects items in its way. Underwater acoustics is another specialty with ocean engineering that uses sound waves to study the ocean floor. Coastal modeling is a branch of ocean engineering in which physics and math are used to predict the rate at which a tide or erosion ocean engineering students is changing a coastline. Marine geomechanics specialists study the changes of a seabed when items like erosion, earthquakes, slope deformities, and man-made intrusions take place. Finally, offshore structures is a branch of ocean engineering students where students learn how synthetic items (piers, tide breaks, sewer pipes, and oil rigs) affect the coastlines and ocean floors. By studying all of these aspects, workers can learn how to prevent damage to both the ocean and our man made vessels and structures.