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Coastal engineering involves applying fundamental engineering concepts to assess, plan, build, and oversee systems functioning in coastal regions. This interdisciplinary field draws upon methods from various engineering disciplines. Key application areas encompass: safeguarding and replenishing beaches, coastal constructions, shoreline erosion, nearshore water movement, marine-based renewable energy (from wind, waves, and tides), effects of natural disasters on coastal infrastructure, water resource development, measurement tools for coastal and offshore observations, marine excavation and sediment management, port and harbor facilities, and the movement of suspended and dissolved materials.
Our faculty guide research across a wide spectrum of coastal engineering subjects. Beyond those previously mentioned, their work includes: anchored and towed marine systems, offshore oil extraction and renewable energy generation, offshore installations, seabed foundation systems, underwater pipelines, structural design for offshore platform hulls and decks, structural dependability, and project oversight. Given the multidisciplinary nature of these topics, numerous faculty members maintain collaborative roles with other departments in the Colleges of Engineering and Geosciences, including ocean engineering, petroleum engineering, and oceanography programs.