A coastal scene with a calm ocean in the background and a partially cloudy sky. Along the shoreline are several pieces of equipment or structures aligned in a row. The foreground features an asphalt road and sandy ground.
A coastal scene with a calm ocean in the background and a partially cloudy sky. Along the shoreline are several pieces of equipment or structures aligned in a row. The foreground features an asphalt road and sandy ground.

Innovations

Cutting-edge research in engineering with over 20 years of expertise.

Massive, grey concrete tetrapods are arranged closely together, stretching towards the horizon under a sky that is partly overcast with patches of blue. The structures appear imposing and function as wave breakers, typically used in coastal engineering.
Massive, grey concrete tetrapods are arranged closely together, stretching towards the horizon under a sky that is partly overcast with patches of blue. The structures appear imposing and function as wave breakers, typically used in coastal engineering.
Aerial view of a coastal scene featuring a long concrete pier flanked by large, geometric wave breakers. The left side showcases green ocean water, while the right side has a sandy beach with people enjoying the shoreline. Some objects on the beach seem to include a bright pink umbrella and a surfboard or float.
Aerial view of a coastal scene featuring a long concrete pier flanked by large, geometric wave breakers. The left side showcases green ocean water, while the right side has a sandy beach with people enjoying the shoreline. Some objects on the beach seem to include a bright pink umbrella and a surfboard or float.
Waves crashing against large rocks and concrete barriers on the shore. Two blue umbrellas are visible on the rocky surface, suggesting a coastal area possibly used for relaxation or tourism. The backdrop includes a coastal cliff with some structures on top, indicating human presence.
Waves crashing against large rocks and concrete barriers on the shore. Two blue umbrellas are visible on the rocky surface, suggesting a coastal area possibly used for relaxation or tourism. The backdrop includes a coastal cliff with some structures on top, indicating human presence.

Innovative Research

Leading studies in engineering, focusing on sustainable solutions and advancements.

Massive concrete structures are partially submerged in the ocean, with waves gently crashing against them. The tide is low, revealing rocky sections of the shore in the foreground. The image captures a clear blue sky in the background.
Massive concrete structures are partially submerged in the ocean, with waves gently crashing against them. The tide is low, revealing rocky sections of the shore in the foreground. The image captures a clear blue sky in the background.
Coastal Engineering

Our coastal engineering projects explore innovative solutions for coastal zone management and the impact of microplastic pollution on marine environments, ensuring sustainable practices in engineering and environmental protection.

A coastal scene with a line of wooden breakwaters extending into the distance. The breakwaters are weathered and covered with green seaweed. Waves gently lap against the rocks and sand, creating a serene shoreline environment.
A coastal scene with a line of wooden breakwaters extending into the distance. The breakwaters are weathered and covered with green seaweed. Waves gently lap against the rocks and sand, creating a serene shoreline environment.
Renewable Energy

We conduct extensive research on renewable energy technologies, particularly offshore wind and wave energy, contributing to advancements in sustainable engineering practices and addressing global energy challenges.

Innovation

Leading scientific research in engineering for decades.

Expertise

Research

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