They use creative new ways to develop equipment. Some examples of what they do include measuring long-term costal erosion monitoring to assessment of offshore wind energy potential. Because of the weather patterns Houghton experiences, projects for the warmer months differ from the projects for the colder months. Some warm-weather research the Marine Engineering and Technology research team is looking into includes: shoreline evolution prediction, algae plume transport and circulation, forensic analysis of aquatic accident sites, development of predictive models for the great lakes, turbulent marine boundary layer measurements and analysis, fate and transport prediction of biological and passive constituents, and underwater vehicles and autonomous control. Cold-weather research the team is looking into includes: the impact of wine, waves, and ice on offshore structures and costal instrumentation, the development of deep lake cabled observatories, and the navigation of under-ice
They use creative new ways to develop equipment. Some examples of what they do include measuring long-term costal erosion monitoring to assessment of offshore wind energy potential. Because of the weather patterns Houghton experiences, projects for the warmer months differ from the projects for the colder months. Some warm-weather research the Marine Engineering and Technology research team is looking into includes: shoreline evolution prediction, algae plume transport and circulation, forensic analysis of aquatic accident sites, development of predictive models for the great lakes, turbulent marine boundary layer measurements and analysis, fate and transport prediction of biological and passive constituents, and underwater vehicles and autonomous control. Cold-weather research the team is looking into includes: the impact of wine, waves, and ice on offshore structures and costal instrumentation, the development of deep lake cabled observatories, and the navigation of under-ice