Usually the main objectives of dredging is to recover material of value or use, or to create a greater depth of water. In all but a few situations the excavation is undertaken by a specialist floating plant, known as a dredger. Possible reasons for dredging include improving existing water features reshaping land and water features to alter drainage, navigability, and commercial use constructing dams, dikes, and other controls for streams and shorelines and recovering valuable mineral deposits or marine life having commercial value. For the fishing boat, see fishing trawler.ĭredging is the excavation of material from a water environment.

This means that offshore & dredging workers (and students of offshore & dredging engineering) must possess a great deal of ingenuity and demonstrate initiative in addressing and resolving problems.'Dragger' redirects here. The offshore & dredging industry's relative 'youth' means that problems often arise that have never been encountered before. Almost all new offshore & dredging engineers work in the private sector. The offshore & dredging industry is a relatively young, international industry, which has expanded globally in the last fifty years. Offshore & Dredging Engineers are the people who design facilities for the 70% of the earth's surface area that is not land.

Another application of offshore engineering is the design of offshore wind farms. An important feature is the design of dredging equipment for land reclamation, maintenance and the recovery of embedded minerals in deep-sea locations. They also design subsea pipelines and other subsea equipment for this sector. Offshore & Dredging Engineers make structures such as fixed and floating platforms for the oil and gas industry. Offshore & Dredging Engineering is multidisciplinary and is a cooperation between Civil Engineering, Mechanical Engineering and Marine Technology.

Dredging engineer meaning